[ Heat treatment Heat treatment You benefit from decades of experience and the knowledge gained from countless successfully completed projects Heat treatment involves controlling numerous parameters to achieve specific metallurgical properties in a given material. We offer technologies and in-depth know-how to enable precise control of key parameters in the various heat treatment processes. In addition, we offer the full range of gases to form furnace atmospheres. Please select a heat treatment application Annealing → Hardening → Cryogenic treatment → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ About Linde Gas Benelux About Linde Gas Benelux Building on grass roots Linde Gas Benelux is the global market leader in the production and sale of technical, medical and specialty gases and gas mixtures, and on the marketing and distribution of gas related equipment, systems and services, as well as the engineering of turnkey plants. Industrial gases are being used all over the world, all the time, day and night. Regardless area - welding, cooling, heating, industrial cleaning or the lab analyses - gas is present. Industrial gases from Linde play a crucial part in metallurgical processes, in chemical industry, food industry, environmental protection, while manufacturing glass and electronics, construction, pharmaceutical industry and research and development. Company profile Procurement Suppliers evaluation Code of ethics Carbon neutral customer portal Company profile With its innovative concepts, Linde plc. is the world’s market leader in industrial and medical gases and gas mixtures. Furthermore, Linde Engineering constructs turnkey industrial plants. Being a technology leader as well, it is our task to constantly raise the bar. Traditionally driven by entrepreneurship, we are working steadily on new high-quality products and innovative processes. A glance at Linde plc. Linde gases are applicated in virtually all sectors of society: In the chemical, metal and food industry, in education and in science, but also in hospitals and patients at home. But Linde offers more. We create added value, clearly discernible competitive advantages, and greater profitability for our clients and prospects. Each concept is tailored specifically to meet our customers’ requirements – offering standardized as well as customized solutions. This applies to all industries and all companies regardless of their size. If you want to keep pace with tomorrow’s competition, you need a partner by your side for whom top quality, process optimization, and enhanced productivity are part of daily business. However, we define partnership not merely as being there for you but being with you. After all, joint activities form the core of commercial success. Responsibility Linde acts responsibly towards its shareholders, business partners and employees and is committed to society and the environment – in every one of its business areas, regions and locations across the globe. We are committed to technologies and products that unite customer value and sustainable development. Procurement Managing our supplier relationships to ensure fair, competitive prices for our customers At Linde, we are committed to offering our customers the best products at competitive prices through an equitable tendering process. Global Procurement issues requests for proposals for products/services that we require. This global organisation also draws up and maintains standard agreements with key suppliers. Global management of supplier relations brings synergy and efficiency gains to both our customers and suppliers. You can find our General Terms and Conditions of Purchase here. . Suppliers evaluation As part of our Suppliers Management, key suppliers are evaluated by Linde. The purpose of the evaluation is to measure the performance of our key suppliers in order to maintain our competitiveness and meet excellence in terms of cost, quality and service. Suppliers that do not meet the Linde requirements will be blocked or deleted from our vendors panel. The following criteria are taken into consideration for the assessment: Health Safety Environment (HSE) Quality, Delivery/Logistics Levering/Logistiek Innovation Commercial Operational Should you have any question, please contact your local Tactical Buyer. ]

[ Digigas DIGIGAS® Remotely manage gas content of cylinders Contact us Why choose DIGIGAS®? Monitor the content of all your gas cylinders through an online dashboard Receive an alert via e-mail and/or SMS when the gas content reaches a minimum level. You will never run out of gas again. No need to manually check the gas content of cylinders. Has an option to automatically re-order gases from Linde "DIGIGAS® makes it easier for us to check the contents of our gas cylinders. Consumption can be checked from any computer and a warning is also sent if the gas level falls below the threshold". Karlheinz Bromig, Dipl. Brmst.- Dranktechnoloog, Technical University Munich DIGIGAS® service packages DIGIGAS® is currently available in two different service packages: DIGIGAS®Notify Insight into your gas supply at any time and from any location, with customizable messages that warn you when the minimum gas content has been reached. DIGIGAS®Order This service goes one step further and automatically places a repeat order when the gas cylinders have reached the threshold value. This saves time because a manual step in the process is now automated. Back How does the DIGIGAS® system work? The smart sensor is mounted on an existing pressure regulator or manifold that has a spare blanking port on the high-pressure side. The smart sensor then wirelessly transmits pressure and temperature data to a receiver (repeater). The repeater then sends this data to the cloud via a mobile connection. Here the data is analyzed, where the gas content is converted into a percentage. The gas content of your cylinders can be viewed 24/7 on an online dashboard from your computer, cell phone or tablet. Set up DIGIGAS® STEP 1 Plug the repeater (receiver) into the mains and affix it to the wall. STEP 2 Insert the smart sensor into the port of the regulator or manifold. STEP 3 You scan the QR code on the smart sensor and enter the cylinder data via the setup program. A Linde service technician can help you with this. STEP 4 Has the installation process been completed? You can now view your cylinder stock and set up notifications. DIGIGAS® Downloads Flyer DIGIGAS® Product data sheet DIGIGAS® E-Guide More information about DIGIGAS®? Do you want to learn more about DIGIGAS®? Request a consultation! Contact us ]

[ Digital delivery documents Digital delivery documents Access to your delivery documents anytime and anywhere At Linde, we would like to contribute to making your daily work easy and smooth and reduce paper consumption. That's why, starting on 31 March 2022, we will gradually replace the paper delivery notes (which our driver leaves for you) with a digital copy. In practice, this means for you: no more archiving, no more folders, no more time-consuming searching for documents. This saves you valuable time and brings you one step closer to a paperless office. You can view your digital delivery documents at any time in the 'my account' environment of the customer portal. You'll have your records at hand at all times, as access to the Linde Gas customer portal is of course possible not only via PC, but also via cell phones and tablets. How does it work? Once our drivers have completed the delivery of your order, you can sign for delivery on a mobile device that our drivers have with them. The digital delivery document can then be viewed in the Linde Gas customer portal within two working days. Rather receive your delivery document via email? In addition to viewing delivery documents in our webshop, we also offer you the option of receiving these documents automatically by email. If your email address is registered, you will receive the signed delivery document by email within 1 hour after delivery. Choose below the product you purchase from us to register or change the email address for that product. Cylinder gases Click on the button below to change the email address for cylinder gas delivery documents. Register or change email address Nitrogen / Carbon dioxide vessels Click on the button below to change the email address for cryo gas delivery documents. Register or change email address Bulk (tanks) Click on the button below to change the email address for bulk tank delivery documents. Register or change email address Any doubts regarding the process of digital delivery documents? Have a look at our FAQ . × Digital delivery documents Request to receive delivery documents by email I hereby authorize Linde Gas Benelux to send delivery documents to the email addresses listed below. Only one e-mail address per delivery location can be registered. × Digital delivery document Request to receive delivery documents by email I hereby authorize Linde Gas Benelux to send delivery documents to the email addresses listed below. Only one e-mail address per tank can be registered. ]

[ Freezing & cooling Freezing and cooling Refrigeration and freezing of foodstuffs The benefits of decades of experience in cryogenic refrigeration and freezing One of the main challenges in the food industry is the effective control - or better yet, elimination - of bacterial activity. One of the most important weapons in the fight against bacteria is refrigeration and freezing. When the temperature drops below freezing, the growth of microorganisms decreases rapidly. This is caused not only by lowering the temperature of the product, but also by decreasing water activity: there is no longer free, liquid water, so microorganisms no longer have water to metabolize. More information Cryogene koel- en vriestoepassingen met ijskoude voordelen Chilling food reduces the risk of bacterial growth. Rapidly cooling food products (also known as flash freezing or cryogenic freezing) further reduces this risk. Cryogenic freezing also preserves the natural quality of food. When a product is frozen, ice crystals form. The smaller these crystals are and the more evenly distributed they are in a product, the better the quality and flavor are preserved. The only way to ensure that small ice crystals form and are evenly distributed throughout the food product, both inside and outside the cells, is to freeze the product at cryogenic temperatures. Years of experience As the global leader in modern food refrigeration and freezing methods, we have been delivering innovative solutions for decades and have the expertise like no other to help you with the most complex challenges. We offer a full range of cryogenic freezers for fast inline freezing and cooling. Our cryogenic solutions use carbon dioxide and nitrogen gases to rapidly lower the temperature of food products for both improved processing and longer shelf life. Cryogenic liquid gases can also be used to effectively, flexibly and silently maintain frozen and chilled food items at precise temperatures during transport. Carbon dioxide snow (solid CO2), also known as 'dry ice', is a highly effective refrigerant that is easy to use. At atmospheric pressure, liquid carbon dioxide changes to a solid form at approximately -¬79ºC. CO2 in solid form is a very effective means of cooling products in mixers, bins, cans, glasses, boxes and combos. CO2 snow is most effective when used in conjunction with custom snow horns and nozzles. We have a range of specific expansion nozzles that ensure efficient snow production and rapid cooling. We also offer a variety of snow horns, from hand-held and portable units to permanent installations. All of our cryogenic equipment is designed for the highest efficiency and meets the highest hygiene standards. Here you can find the selection of our Linde Gas CRYOLINE® freezers CRYOLINE® MT - Tunnel freezer This all-purpose freezing tunnel combines user-friendly operation with the best possible hygienic design. Adjustable fans and variable gas injection ensure optimal heat transfer. The patented exhaust air solution convinces with efficiency and user-friendliness. The attractive exterior design hides all motors and piping and is easy to clean. There are several options in terms of belt size. Product examples: Meat and meat products Dairy products Fish and seafood Baked products Cooked meals and other ready-to-eat products CRYOLINE® CW - CRYOWAVE freezer The patented multifunction freezer combines the high-quality IQF freezing properties of the CRYOWAVE system with the high efficiency of the tunnel freezer. It can be switched from IQF mode to standard tunnel mode in an instant. The technology of a Standard Tunnel combined with an adjustable mechanical suspension system. This allows the product to be agitated from the belt during the processing time. This mechanical agitation is also called the Cryowave. The strength can be adjusted depending on the size and weight of the product. Product examples: Pizza toppings Meatballs Shrimps and prawns Mushrooms Currants Pasta IQF products Sliced and diced products CRYOLINE® CWI - IQF freezer The next generation of IQF freezers that is a combination between CRYOWAVE & impingement technology, all to get higher heat transfer and freeze more efficiently. Product examples: Meat Ready meals Seafood Fruit Groots IQF products CRYOLINE® SC - Super contact freezing tunnel For sensitive products, the CRYOLINE® SC uses a patented disposable film transport system. It easily freezes and cools liquid or marinated products, for example. It is also suitable for pre-freezing soft products such as fish or chicken fillets. Thanks to the one-way conveyor belt, a wide variety of products can be processed during production. Interim cleaning of the belt is not necessary. Another advantage over a mesh belt is the prevention of belt marks on the product. Product examples: Fish fillets Marinated products Chicken breast fillets, fillet steaks Purees, pancakes Pasta Liquid and semi-liquid products CRYOLINE® PE - Pellet freezer The patented CRYOLINE® PE forms liquid or semi-liquid foods - including solids such as onions - into pellets in the recesses of its solid stainless steel conveyor before they are fully frozen. The system is particularly suitable for producing sauce pellets for ready meals. The consumer thaws only as many pellets as he needs for a particular dish. The compact freezer, delivered in one piece, is ready for immediate use and requires minimal assembly and start-up times. The standard pellet size is 30 x 30 x 6 mm, but the shape and size can be customized. Product examples: Sauces Purees Soups Pasta CRYOLINE® PEC - Tunnel freezer The bigger and more complete brother of the PE. Cryoline PE 800 is a freezer that can freeze uniform pellets from liquid form. Unlike the PE, the PE 800 consists of a double pellet belt with a contiguous MT freezer to get a whole frozen product. Product examples: Prepared foods Sauces Food service CRYOLINE® TI - Tunnel freezer TI is a tunnel freezer that uses top-down Impingement technology to increase heat transfer. This contributes to the efficient and optimizes cryogenic consumption. Product examples: Meat protein Seafood Baked goods Prepared meals Dairy products Fruits and vegetables Pasta CRYOLINE® SI - Immersion bath IQF freezer The CRYOLINE® SI is an all-in-one solution with an immersion bath for liquid nitrogen and a downstream freezing tunnel for the highest quality loose-rolled food products (IQF = Individually Quick Frozen). The CRYOLINE®SI is suitable for a wide range of IQF products, such as shrimp, sliced/ diced fruit, vegetables or meat and individual components for the production of ready-to-eat foods. The freezer is designed for production capacities up to approximately 900 kg/h. The CRYOLINE®SI comes complete with a specially adapted feed vibratory conveyor. This ensures a continuous product flow and prevents the products from sticking to the infeed. CRYOLINE® CS - Compact spiral freezer The CRYOLINE® CS, with its patented self-stacking spiral conveyor and small footprint of only 2.5 x 3.4 m, has a high freezing or cooling capacity. Its unique design makes efficient use of refrigerant. The self-stacking conveyor minimizes the risk of clogging and jamming of the conveyor. Unlike most spiral freezers, this unit is delivered in one piece - for fast installation and immediate commissioning. Product examples: Meat and meat products Dairy products Fish and seafood Baked products Cooked meals and other ready-to-eat products CRYOLINE® CX - Spiral freezer A medium size Spiral freezer with a 600 mm patented self stacking belt. The Cryoline Cx has a smaller size, higher production capacity and higher efficiency than current cryogenic spiral freezers. The dense plate belt ensures minimal imprint on the product. Specially designed for full crust freezing or chilling of products. The CX can operate 10-20% more efficiently, depending on the product, than standard cryogenic spiral freezers. The model has been designed taking into account the latest safety risks and has a hygienic design. It has multiple doors for easy cleaning. Product examples: Meat Poultry Seafood Baked goods Prepared meals CRYOLINE® XF - Spiral freezer The CRYOLINE® XF is a high-performance spiral freezer designed for high production capacities. Thanks to the patented cross-flow technology, high flow rates can be achieved and freezing times shortened. The smaller overall dimensions reduce not only cold loss but also space requirements. The freezer is designed with hygiene in mind and is easy to clean. Product examples: Meat and meat products Dairy products Fish and seafood Baked products Cooked meals and other ready-to-eat products CRYOLINE® CF - Freezer The CRYOLINE® CF is a freezer for freezing or cooling all foods in batch. It offers modern, process-oriented control for precise control of various recipe menus. The design, entirely in stainless steel, guarantees the best possible hygiene and easy cleaning. In addition, the control system allows complete traceability of production data by batch. Product examples: Meat and meat products Dairy products Fish and seafood Baked products Cooked meals and other ready-to-eat products ACCU-CHILL® LX The ACCU-CHILL® LX is a bottom injection system for cryogenic media in mixers, kneaders and stoves of various designs. It injects a certain amount of coolant directly into the product mass. The system can be mounted on existing or new machines. The unique valve closes flush with the inside of the container, preventing the accumulation of products. This guarantees the highest level of hygiene. Product examples: Meats for shaping Liquid products Sweets Sauces Other meat products before shaping Controlled tumbling By direct cooling with cryogenic gases, the temperature during tumbling can be controlled quickly and safely. This creates standardized, automatable and reproducible process conditions. Benefits: Optimal molded meat quality Inhibition of germ growth due to low temperatures No chemical or sensory changes in the meat Avoidance of weight loss Inhibition of oxidation processes Slicing With modern high-performance slicing machines, in addition to high processing speed, a homogeneous product appearance is achieved. With much softer products, such as pork tenderloin or fish, the slicing result and especially the amount of waste can be optimized by freezing the products using cryogenic technology. Advantages: Uniform cutting pattern down to the last slice Less wear, waste and downtime Increase in cutting speed by up to 20% Short freezing times Possibility of cutting even thinner product slices Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ SECCURA bulk management SECCURA® bulk management Automating tank deliveries with our SECCURA® gas supply service Managing bulk inventories of gases such as nitrogen, oxygen, carbon dioxide and argon and ordering new stock takes time. Our SECCURA® service relieves you of these routine tasks, increasing safety and leaving you free to concentrate on your core business. More information SECCURA® bulk management flyer We use remote monitoring functionality, electronic sensors and a tank computer to constantly measure and log pressure and fill levels. This data is electronically transferred to our Service Centre. The dispatchers at Linde Gas immediately order new supplies if the tank level drops below the defined threshold. Key features Tank fill level and pressure electronically monitored and transferred to the Linde Gas Benelux Service Centre Replenishment orders sent automatically to our Distribution Centre Tank filled by Linde driver 24-hour hotline offering technical support Advantages Guaranteed uninterrupted availability of gas supply Maximum safety during refill procedure Time and cost savings through outsourcing of stock monitoring, ordering and handling Cost savings through delivery and stock optimisation and avoidance of express surcharges Increased safety through early detection of leakages Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Data sheets Data sheets Click below on the type of data sheet you are looking for. Product and safety data sheets can also be found at the bottom of individual product pages. Data sheets, brochures and user manuals can also be searched by product. Safety data sheets Product data sheets Certificates & (ISO) standards ]

[ Linde Green Linde Green: Pioneering Sustainable Air Gases Taking your green agenda to the next level: air gas offer produced with 100% renewable energy sources. What is Linde Green? Why Linde Green? Green production Full certification Video Linde green products CO2 reduction equivalents Ready to go green? Achieving green goals together Our planet is changing at an alarming rate, and we're already feeling the impacts. As climate change and other environmental issues take center stage and affect all areas of our lives, companies are dealing with increased pressure from regulators, investors, and communities to reduce their carbon footprint. At Linde, we continuously live our mission of making our world more productive. Through our high-quality solutions, technologies, and services, we provide a competitive advantage to our clients, helping them improve their productivity, energy efficiency, and environmental performance. Sustainability, as one of our principal values, inspired our latest product line: Linde Green. In a Nutshell All you need to know about Linde Green ✓ Old Product - New Production Approach Linde Green products offer the same benefits as conventional Oxygen and Nitrogen. The only thing that differs is the production approach. ✓ 100% Renewable Energy Sources In the production of Linde Green, we use solely renewable energy, such as solar, wind power, geothermal, biomass, and hydroelectric plants. ✓ 99% Less Carbon Emission* Linde Green Oxygen and Nitrogen have significantly lower level of CO2 emission, compared to the conventionally produced gases - 99% lower.* ✓ Proof of CO2 Reduction Each Linde Green customer will receive a monthly certificate about the accounting-wise CO2 reduction, based on the monthly consumption of Green Oxygen or Nitrogen.* ✓ Certified Production Process Every step of our production and commercial process has been certified by TÜV SÜD and complies to their standard “Accounting EE”. Reducing CO2 Footprint: 99% Cleaner Oxygen and Nitrogen* The Linde Green product offer includes air gases – Nitrogen and Oxygen, produced with 100% renewable energy sources. This production approach results in a significantly lower CO2 footprint compared to the conventional production process. And when we say significant, we mean up to 99% less carbon emission.* Embracing this path, Linde is one of the first companies to introduce air gases with a lower CO2 footprint and enables, to reduce the CO2 footprint through the consumption of our customers. How? Upon each purchase of Linde Green gases, we will provide you with a Green Certificate, stating the exact carbon footprint reduction achieved using our green products.* Rethinking our production process To help our customers improve their environmental performance by reducing the carbon footprint of Oxygen and Nitrogen, Linde is continually inventing new applications and more efficient ways of air separation. The same happened with Linde Green, where we embraced a brand-new production approach. To produce Linde Green products, we use exclusively renewable energy sources such as solar, wind power, geothermal, biomass, and small hydroelectric plants, all of which are less harmful to the environment than fossil fuels. And the result? Linde Green Oxygen and Nitrogen bring a significant reduction of CO2 emission compared to the use of conventional electricity.* TUV Süd: Partnering Our Green Approach Every step of our production and the commercial process has been examined and accredited by TÜV SÜD, the well-known global auditing and certification service provider. As a universally recognized symbol of safety, security and sustainability, TÜV SÜD is partnering our green approach, ensuring that our product offer complies with their standard “Accounting EE”. TÜV SÜD is our trusted partner of choice. Together, we have a proven track record of large-scale projects and innovation fields, such as hydrogen technology. For the Linde Green product line, they offer both certifications of energy trading from renewable sources and accounting greenhouse gas emissions for the supply of electricity. How much CO2 will be reduced by using renewable energy?* CO2 reduction from 100 tons of Linde Green Oxygen… … equals the carbon sequestered by 827 tree seedlings grown for 10 years.** CO2 reduction from 100 tons of Linde Green Oxygen… … equals the greenhouse gas emissions from 10 passenger vehicles driven for one year.** * Our green products are manufactured with energy from 100% renewable sources, reducing CO2 equivalent emissions accounting by the amounts shown. The CO2 reduction shown is compared with similar products produced with conventional electrical energy. ** The CO2 reduction comparison data on this website was calculated on the official site of the United States Environmental Protection Agency (EPA): https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator Our products The following table gives an overview of our extensive product range, including green variants, which are in line with our commitment to environmental sustainability. Current product Green product 2230901 Nitrogen liquid Foodgrade E941 2230701 Nitrogen liquid Foodgrade E941 - Green 2420901 Nitrogen liquid 2420701 Nitrogen liquid - Green 2420911 Nitrogen Liters 2420711 Nitrogen Liters - Green 2010901 Oxygen liquid 2010701 Oxygen liquid – Green 3190701 Hydrogen trailer Fuel Cell grade – Green 2140901 Oxygen liquid Foodgrade E948 2140701 Oxygen liquid Foodgrade E948 - Green 2070901 VERISEQ Liquid Nitrogen 2070701 VERISEQ Liquid Nitrogen - Green 2150901 VERISEQ Liquid Oxygen 2150701 VERISEQ Liquid Oxygen - Green 3200901 Liquid Hydrogen 5.0 3200701 Liquid Hydrogen 5.0 - Green 2160901 Oxygen liquid Kiwa-ATA 2160701 Oxygen liquid Kiwa-ATA – Green 2050901 Oxygen 3.5 liquid 2050701 Oxygen 3.5 liquid - Green 2411820 MEDISPEED® 6 liter (met inkepingen) 2411720 MEDISPEED® 6 liter (met inkepingen) 2411811 MEDISPEED® 1,5L Nitrogen 2411711 MEDISPEED® 1,5L Nitrogen 2411818 MEDISPEED® 8L 2411718 MEDISPEED® 8L 2020901 CONOXIA® Liquid (bulk) 2020701 CONOXIA® Liquid (bulk) 2200902 MEDISPEED® Liquid Med N2 2200702 MEDISPEED® Liquid Med N2 2410911 MEDISPEED® Lin service 2410711 MEDISPEED® Lin service 2411819 MEDISPEED® 6 liter (dichte nek) 2411719 MEDISPEED® 6 liter (dichte nek) Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ HFOs & HFO mixtures ]

[ Aluminum Aluminum Demonstrated increases in productivity and efficiency throughout the aluminum industry value chain Melting is one of the core steps in processing secondary aluminum. This step is highly energy intensive and has a significant impact on both the productivity and total cost of your aluminum production. With Linde's applications, you increase productivity, yield and quality while reducing energy consumption and emissions. More information Brochure aluminium Low-temperature Oxyfuel OXYGON® 400 datasheet OXYGON® brochure LTOF - Low-Temperature Oxyfuel Combustion Technology This industry-leading technology works as follows: Low-temperature Oxyfuel combustion technology dilutes the burner flame by recirculating combustion gases into the flame, lowering the flame temperature. Key features More homogeneous heating of the furnace Higher productivity Energy savings and reduction of CO2 emissions Higher yield due to less dross Extremely low NOx emissions WASTOX combustion process The WASTOX® combustion process allows combustible materials loaded with the base material to be burned directly in the melting furnace. Depending on the requirement, additional oxygen is added to the furnace via lances. Key characteristics Allows a higher content of combustible materials in the feedstock Control of the melting process and emissions Lower energy consumption by utilizing the energy content of the combustible materials Suitable for any furnace ALUMELT WASTOX® WASTOX® represents a combination of oxygen burners with WASTOX® oxygen lances, which break down toxic pollutants directly in the furnace. The WASTOX® control panel simultaneously controls the oxygen lances and the oxygen burner to burn unburned hydrocarbons and/or carbon monoxide (CO) directly in the furnace. Linde's laser system provides process-coupled measurement of flue gas composition. Organic contaminants in the scrap replace fossil fuels. By determining the composition of the flue gas, WASTOX® supports the accurate process-dependent control of the combustion process. With more than a decade of experience in the development and application of WASTOX® technology, Linde is the undisputed innovation leader in this field. This patented and versatile system is successfully used by many customers worldwide, both in rotary kilns with continuous gas flow ("single pass") and in rotary kilns with gas flow through the charging door ("double pass", as in the URTF). Studies by Linde and aluminum partner companies to determine maximum combustion efficiency have shown that fuels react more effectively in a pure oxygen stream than in an oxygen-enriched flame. In trials of recycling used beverage cans with a pure air/fuel burner, 20-50% of the adhering carbon compounds (paint, coatings) were emitted as volatile organic compounds and as carbon monoxide CO. Over-stoichiometric operation with oxygen burners reduced these emissions to 1%. With the WASTOX® oxygen lance and stoichiometric operation of an oxygen burner, even an almost complete combustion with an emission value of less than 0.01% was achieved. AIROX® Combustion Technology Our AIROX® combustion technology allows furnace operators to easily switch between oxyfuel burner operation during the melting process and burner operation with air or oxygen-enriched air during the holding phase. Key features Flexibility through easy change of burner operation from melting to holding phase Higher melting capacity compared to ordinary air burners Lower energy consumption Less CO2 emissions Flushing of melt with technical gases Flushing melt with nitrogen, argon or chlorine/nitrogen mixtures creates a bathing motion in the furnace. This homogenizes the melt, reduces the dissolved hydrogen content and, by reacting with chlorine, removes unwanted alkali or alkaline earth metals and other solid impurities from the melt. Key features Temperature homogenization of the melt Improved heat transfer in the melt Quality improvement of the melt for the subsequent casting process G Oxygen 2.5 To order this product, you need to login or register   Add to cart Argon 4.6 To order this product, you need to login or register   Add to cart Nitrogen 3.0 To order this product, you need to login or register   Add to cart Oxygen 5.0 Instrument To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Treatment of glass and molds Treatment of glass and molds Fire polishing of glass products for art, tableware, specialty glass or perfume bottles. Top gas burner technology from Linde For optimum results in glass processing, Linde offers a wide range of burners. We are proud to count some of the world's most famous glass manufacturers among our customers. Polishing and fusing Polishing and fusing improve the surface quality of glass. The flames of our special burners strike the glass directly, where they remelt a thin surface layer. Polishing allows any etching processes to be eliminated or minimized, reducing environmental impact and paving the way for a cleaner and safer work environment. Burner technologies Linde's burner systems are based on gas technologies that work either with premixing or naming: HYDROXPOX®: premix technology with oxygen and hydrogen CARBOPOX®: premix technology with oxygen and natural gas/propane LINFIRE®: technology for after mixing CARBOFLAM®: Surface and post-mixing burners with oxygen and acetylene Premix burners operate more efficiently than name burners. In addition, hydrogen/oxygen based technologies are more efficient than natural gas/oxygen or propane/oxygen based technologies. Linde premix technology with oxygen and hydrogen is the solution of choice for high-value applications where speed, quality and efficiency are important. Linde premix technologies at a glance: Gas premixing Electropneumatic control units Water-cooled/uncooled burners Standard burners/customized special burners 100 % stainless steel Capacity control, control units, exact pressure control and exact regulation of the gas ratio for each burner G Acetylene To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart Propane (rent) To order this product, you need to login or register   Add to cart Propane (deposit) To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Hardening Hardening HYDROFLEX® The Hydroflex control and monitoring system regulates the furnace atmosphere and controls the quantities of externally supplied furnace gases as required. The control system allows an exact adjustment of the furnace atmosphere to the product qualities to be treated and thus a very good reproducibility. Advantages HYDROFLEX® Regulated furnace atmosphere High efficiency High reproducibility Production documentation Easy handling Safe working conditions Environmentally friendly G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Acetylene offshore To order this product, you need to login or register   Add to cart Acetylene To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Safety Safety General questions about gas Gas transport General questions about gas What is pressure? Pressure is a force acting on an area which is caused by the compounds of the particles or by the weight that is placed on a surface. The pressure in a cylinder has a gas pressure of 1,013 bar, and because of this there is a pressure equilibrium with the air around the cylinder. What is meant by vapour pressure? Above any liquid surface, there is a vapour pressure, because particles detach from the surface of the liquid due to their own momentum. The pressure which is thereby brought about depends exclusively on the temperature of the fluid. The vapour pressure curve shows the dependence between the vapour pressure and the temperature of the fluid. The temperature that is required to generate a vapour pressure of 1 bar above the liquid is the boiling point of a substance. What effect does temperature have on gas? In addition to the pressure, the temperature has an influence on the gas. Under heating the gas expands, just as is the case with solid materials. An iron rod expands under heating and shrinks when it cools. With an increase in temperature the gas particles will move more rapidly. Because the speed increases, the particles collide more frequently with each other and with the wall of the package. The pressure in the cylinder thus increases as the temperature increases. For the sale of gases, we start from a content calculation on the basis of a temperature of 15 °C. On this 200 bar of content of pure gases is calculated. What about liquefying gases? Any gas can be liquefied by cooling back to the pressure corresponding to the boiling point. However, it is a requirement that this is below the so-called "critical temperature", because above it is not possible to liquefy. A distinction is drawn between "pressurised liquefied" gases, which can be liquefied by increasing the pressure at ambient temperature (e.g., propane or carbon dioxide), and "cryogenic liquid" gases (e.g., oxygen or nitrogen). How much gas is in a cylinder? The space that a specific amount of gas takes up decreases as the pressure increases. Therefore, the greater the pressure in the cylinder, the more gas there is in it. It follows from this that: the amount of gas in a gas cylinder is determined by the volume of the bottle and the pressure which the gas is under in the bottle. For most gases, the following applies: Gas content of a gas bottle = volume of the cylinder x pressure in the bottle. Example: In a steel cylinder of 50 litres water capacity filled at 200 bar there are 200 x 50 = 10,000 litres of gas or 10 m3 of gas. You can check how much gas there is in a cylinder if you know the size of the cylinder and the filling pressure. This is true only for compressed gases, but not liquefied or dissolved gases, for which the content of the bottle can only be determined by weighing. Gas transport The driver must follow special rules when he comes to make the delivery, how can I ensure that? You can inform us about the guidelines for our drivers via the online contact form. We will ensure that the drivers are informed by an instruction and a message on their delivery list. ]

[ Important Information for Suppliers Important Information for Suppliers General Terms and Conditions Each Purchase Order placed by Linde for goods and/or services is subject to these General Terms and Conditions and the Terms of the applicable Purchase Order and is conditional upon Supplier’s agreement to such terms. Supplier shall be deemed to have agreed to be bound by such terms by accepting the Purchase Order, delivering the goods, and/or performing the services. Download our General Terms and Conditions Supplier Code of Conduct The Supplier Code of Conduct defines Linde’s most essential requirements for our Suppliers concerning their responsibilities towards Linde and its stakeholders, their employees, societies, and the environment. Download our Supplier Code of Conduct Supplier qualification and registration Linde has selected SAP Ariba Supplier Lifecycle and Performance (SLP) for managing the qualification and registration of new suppliers and for maintaining important supplier information in our systems. The use of this SLP software is free of charge for our suppliers. The use of SAP Ariba SLP aims at strengthening our partnership and developing a mutually beneficial environment for us to do business. Once Linde has selected you as a new supplier, you will be invited by e-mail to register in the SAP Ariba Network and to complete Linde’s supplier registration questionnaire. This registration will enable you to create and maintain your company details in Linde’s systems. Please note that the invitation e-mail will be send from an SAP Ariba domain “@eusmtp.ariba.com”. Please make sure this e-mail does not end up in your SPAM folder. Also please note that only once you are fully registered in our systems we will be able to generate purchase orders and process and pay invoices. We aimed to make your registration easy-to-use. If you have any further questions regarding this process or require assistance, please review our SLP Linde Supplier Guide. Know more about qualification and registration Important information for invoices Linde is committed to processing supplier invoices in a timely manner. For this reason and in order not to delay this process, we ask our suppliers to ensure that their company is registered in Linde´s supplier base and invoices include the following mandatory information: Purchase order number from Linde (otherwise invoices cannot be processed and will be returned upon receipt). Date of issuance. Full address and tax information of supplier and customer. Valid and detailed description of the Service/Material including quantities and unit prices which match with the Purchase Order description. Date of supply if different from invoice. Total net amount. Total tax amount Total gross amount. Details to support zero VAT. Invoices must be sent in pdf readable format by email to the addresses stated in our purchase orders (only one pdf file per email, max. 30 Mb). Should you have any question or doubt about your invoices to Linde, please send an email to our Accounts Payables country Team at:. Benelux - fa.ssc.ptp.benelux@linde.com France - lgfr.fa.ssc.p2p@linde.com Spain - linde.ssc.ap1.es@linde.com Portugal - linde.ssc.ap1@linde.com Germany - FA.SSC.P2P.Germany@linde.com Switzerland - finance.ap.lg.ch@linde.com ]

[ Liquid nitrogen Liquid nitrogen For various applications. Liquid nitrogen is used in a variety of industries. From small quantities for treating skin conditions, to shrinking metal, to preserving samples. Linde supplies liquid nitrogen from 1 to 2,000 liters for all your cryogenic applications. The production of nitrogen is based on the separation of ambient air into its components. In our air separation plants, that air is purified and then compressed. Then the compressed air is cooled to extremely low temperatures. It is then compressed again to liquefy the air and separate it by distillation into nitrogen, among other things. In the process, the temperature of liquid nitrogen drops to -196°C. LIN-service Cryocare Cryo-courier More information PIB Stikstof liters PIB MEDISPEED bulk PIB MEDISPEED LIN Service Gebruiksaanwijzing MEDISPEED LIN-service Nitrogen delivery via our LIN-service Through the LIN-service, Linde fills the cryogenic vessel that is at your location. This can be an owned vessel, but you can also rent vessels from us. Linde delivers medical CE marked MEDISPEED® and technical nitrogen to all regions of the country on designated route days. You can either discuss a standard delivery schedule or order on demand. The quantity of nitrogen can range from 10 to 2,000 liters. The concept Delivery on site with compact bus Delivery in ownership or rental vessel Invoicing based on liters delivered Delivery on route days per region Delivery on demand or by fixed schedule Applications Freezing and storing samples Treatment of skin disorders Molecular cooking Cold shrink Metal hardening Cryocare Nitrogen delivery for general practitioners. Our nationwide distribution network for general practitioners and dermatologists provides timely delivery of small quantities of medical CE marked liquid nitrogen, MEDISPEED®, in an approved cryogenic vessel. Medical CE marked liquid nitrogen, MEDISPEED®, is used to treat warts and sometimes for minor surgical procedures. 1.5 liter, 6 liter or 8 liter vessels are used. Linde Healthcare does not use thermos flasks for delivery. All our vessels are specifically designed for storage and use of medical CE marked liquid nitrogen. The empty vessels are delivered to the practice address full against empty according to an agreed exchange frequency. In practice, this means that a general practitioner or dermatologist receives a full keg of liquid nitrogen every four weeks. The concept 1.5 liter / 6-8 liter drum Exchange full against empty Fixed delivery frequency Including use of nitrogen drum With oxygen meter from 3 liters Advantages for the general practitioner Safe storage vessels of liquid nitrogen No transport risks No purchase costs Always know when liquid nitrogen is on hand Number of deliveries tailored to requirements Cryo-courier Supply of nitrogen for storage of semen at livestock farms. Liquid nitrogen is replenished every eight weeks according to a set pattern for storage of semen and embryos, such as at horse farms. During each delivery, all nitrogen vessels are checked and refilled. As a result, you are completely relieved in this area. The concept Delivery +/- 10 liters of nitrogen On fixed route days 1 x per 8 weeks The barrel is the property of the customer Fixed amount per delivery Filling on location Storage vessels can also be ordered through the CryoCourier to store your material under the right conditions. The Toro vessel, with a shelf life of 158 days, is ideally suited for sperm storage. It is equipped with 6 canisters and offers capacity to store 720 1/2cc straws. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Lottery January 2024 LOTTERY Win a PPE safety giftbasket of approx €445,- January lottery Get a chance to win a safety package! Place an online order between January 1, 2024 and January 31, 2024 and get the chance to win a PPE safety package worth approximately €445 ! How can I participate? While completing your order, enter the promo code 'WINACTIE' in the discount code field. After completing the order, the order you placed will automatically enter as a lottery ticket for the win promotion. Can I enter multiple orders? Yes, all orders placed on this website (www.linde-gas.nl/shop) with promocode 'WINACTIE' added will automatically participate in the lottery. Thus, multiple orders can be placed on the same customer number. When do I need to place the order? To participate in the win promotion, the order must be placed during the promotion period, which runs from January 01, 2024 00:00:00 to January 31, 2024 23:59. The order must have a minimum order amount of €20. How do I add the promo code to an order? Na het toevoegen van de producten in uw winkelwagentje, kunt u vervolgens rechtsboven klikken op het winkelwagen icoon. Daar ziet u de producten die u heeft toegevoegd en daaronder ziet u aan de linkerkant een veld met 'kortingscode'. Daaronder kunt u de promocode invoeren. Klik vervolgens op het blauwe veld ernaast met 'verzenden' om de promocode aan uw bestelling toe te voegen. After adding the products in your shopping cart, you can then click on the shopping cart icon at the top right. There you will see the products you have added and below that you will see a field on the left side with 'discount code'. Below that, you can enter the promo code. Then click on the blue field next to it with 'send' to add the promo code to your order. If you see the text: 'WINACTIE: Minimum purchase amount to qualify for discount: 20' appears below the field, you have succeeded and the discount code has been added to your order. Will I get a discount on my order if I add the promo code? The promo code WINACTIE does not provide a discount. What can I win? The winner of the win promotion will receive a PPE safety package, which includes work pants, winter jacket, ear muff, first aid kit, goggles, fire blanket. The clothes in the safety pack have the most common sizes. These cannot be exchanged after the event. Terms & conditions for participation in the lottery: These terms and conditions apply to the January lottery organized by Linde Gas Benelux. By participating in the contest, the participant agrees to the terms and conditions below. This is a translation of the original terms & conditions in Dutch. In the event of any discrepancy, the Dutch version shall prevail. The January lottery is organized by Linde Gas Benelux. The lottery is valid for customers who place an order on www.linde-gas.nl/shop during the period 01 January 2024 00:00 00 until 31 January 2024 23:59 and who have added promo code WINACTIE to their order. Promo codes can be added to the order in the second page of the ordering process. As a customer, you can participate in the lottery with multiple orders. The prize is a PPE safety package worth approximately €445,- In the following cases you cannot take part in the promotion: a. If you are not a customer of Linde Gas Benelux b. If your company is not registered in the Netherlands. c. If you cancel the order on your own initiative after placing it. After the promotional period, the winner will be determined. This winner will be determined impartially by drawing lots. The winner will be notified by Linde Gas Benelux by e-mail. If the winner is unreachable, fails to collect his/her prize or fails to respond within two weeks, the prize may be withdrawn and awarded to another prize winner to be determined by the draw. No correspondence can be entered into regarding the results and awarding of the prize. The value of the prize cannot be paid out in cash. ]

[ Clean energy & Hydrogen Clean energy & hydrogen Clean energy & hydrogen Hydrogen is the most abundant element in the universe Although light and small, hydrogen is a powerful energy carrier - one kilogram of hydrogen contains three times as much energy as kerosene. It can be used to store excess renewable energy and then transported underground through an extensive network of pipelines or overland by truck to be used in a wide range of applications, from mobility to heavy industry. Because of its versatility, hydrogen is proving to be an important factor in the transition to low-carbon and carbon-free energy - clean energy that contributes to climate change goals. On this page you will find information about climate change and climate change agreements, what hydrogen can do for them and what role Linde plays in the production, transport and use of hydrogen to support the energy transition. The threat of climate change The consequences of climate change - global warming and the accompanying shifts in climate patterns - are becoming increasingly visible for the environment, society, and the global economy. Climate change is not a threat that is far away - it is happening now.is - het gebeurt nu. 1 The global average temperature in 2021 was about 1.11 (± 0.13) °C higher than pre-industrial levels (1850-1900). 2021 is the 7th consecutive year (2015-2021) in which the global average temperature was at least 1°C higher than pre-industrial, according to data collected by the World Meteorological Organization. 1 In 2020, greenhouse gas concentrations reached a new high. Carbon dioxide levels reached 150% of pre-industrial levels (Source: United Nations) 1 Without adaptation measures, the number of people deprived of adequate water for at least one month per year will increase from 3.6 billion today to more than 5 billion in 2050. 1 With higher temperatures, a decrease in crop yields can be expected. Heat stress also leads to loss of quality and increased wastage. 2 Emissions must fall by 7.6 percent per year between 2020 and 2030 to keep temperatures from rising above 1.5°C, and by 2.7 percent per year to stay below 2°C. 1 1 - https://www.un.org/en/climatechange/science/key-findings 2 - https://www.sciencedirect.com/science/article/pii/S0095069621000450 Watch the video to understand how hydrogen enables decarbonization in different application areas. International agreement on climate change The Paris Agreement, an international agreement on climate change, was adopted in 2015. It aims to limit the rise in temperature from pre-industrial levels to well below 2°C, preferably 1.5°C, by reducing greenhouse gas emissions, increasing the share of renewable energy and improving energy efficiency. As a result, more and more countries, regions, cities and the companies that supply them are setting ambitious carbon neutrality targets and looking for solutions that will enable them to achieve them - hydrogen will play an important role in the new energy system. Hydrogen as a catalyst for decarbonization. Hydrogen as a pathfinder for decarbonization To combat climate change, countries around the world are working on ambitious plans to switch to low-carbon energy sources, with hydrogen as the centerpiece. It is a versatile, clean and safe energy carrier that can be used as a fuel or as an industrial feedstock. When used in a fuel cell, it produces no emissions because it emits only water vapor, making it a strong contender to decarbonize transportation. It can be stored and transported in liquid or gaseous form with high energy density and is available for a wide range of applications that can reduce their carbon footprint to zero emissions. With increased use of clean hydrogen and subsequent improvement of associated technologies, hydrogen could be the most competitive low-carbon solution in terms of total cost of ownership (TCO) by 2030 for more than 20 applications, including long-haul trucks, shipping and steel. On the road to green hydrogen Hydrogen is colorful - it takes on different colors depending on the intensity of net carbon dioxide emissions, the production method and the feedstock content, with green hydrogen with zero or negative net CO2 emissions being the ultimate goal. Linde has been harnessing the power of hydrogen for more than 100 years, continuously investing in effective and economical processes to deliver gray, blue and ultimately green hydrogen. We can produce hydrogen from a range of raw materials and natural resources. We use steam methane reforming (SMR) to produce gray hydrogen from natural gas, liquefied petroleum gas (LPG) or naphtha. SMR is currently the most widely used process for producing hydrogen. Gray hydrogen can be converted to blue hydrogen by using carbon capture and storage technologies. Green hydrogen can be produced by electrolysis using renewable energy. An alternative method for producing green hydrogen is methane steam reforming using biomass as a feedstock. Gray and blue hydrogen are important stages on the road to green hydrogen because they allow for the development of the necessary framework and infrastructure while green hydrogen production reaches the required scale. Hydrogen in action Green steel production: Using hydrogen in combination with oxygen from Linde, we work with customers to make steel production processes more sustainable. By using less natural gas and replacing it with H2 and O2, we prevent CO2 and other emissions. A good example of the application of hydrogen in practice. Public transport on hydrogen: Linde's hydrogen is used to power a fleet of buses in public transport in the Emmen region. As a result, the buses no longer emit exhaust gases but pure water. TU Delft's Forze race car: A hydrogen-powered race car, sponsored by Linde. The Forze team at TU Delft is constantly working on the development of a new 'Forze' model. Together with students from Rotterdam University of Applied Sciences, the team aims to develop sustainable technology and present it in an attractive way. The Shell Eco-marathon: This event is one of the world's most challenging innovation competitions for students, and takes place annually in Europe, America and Asia. For many years, Linde has been a global partner of the Shell Eco-marathon, as the exclusive hydrogen supplier. G Hydrogen 5.0 Detector To order this product, you need to login or register   Add to cart Hydrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Hydrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Hydrogen droog 3.0 To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Gas per pipeline Gas per pipeline When industries require extremely large amounts of gases for their production Oxygen is used in thousands of tonnes a day for petrochemicals or for steelmaking. Inert nitrogen is used in the chemical industry or as liquefied gas in food freezing. Hydrogen is used in many refineries in large amounts to improve the quality of petrol, according to legislation and carbon monoxide as a basic product in the chemical industry. These extremely large requirements of oxygen, nitrogen, hydrogen, carbon monoxide or syngas can be supplied via a pipeline or pipeline networks. A production plant can be placed next to an individual customer or several production plants may be connected to a pipeline network which serves a number of customers located within the same industrial cluster or geography. Linde offers standard and customised solutions based on our long tradition in the production of Air Separation Plants and HyCO plants for all industries and in a wide variety of sizes and gas qualities. As this mode of supply requires intensive individual consultancy, Linde positions specialists in the main regions of the world for direct customer support. ]

[ Our commitment to SHEQ Our Commitment to SHEQ Safety: priority no.1, always and everywhere Safety, Health, Environment and Quality (SHEQ) are hardwired throughout The Linde Group. Every person within The Linde Group assumes responsibility for their actions. Our SHEQ policies shape the way we behave and every decision we make. SHEQ Management Systems Environment Quality management HACCP HiQ® accreditations and certificates of analysis Product stewardship Safety services SHEQ Management Systems Managing Safety, Health, Environment and Quality concerns in a holistic way across the entire Linde Group Our management system is a comprehensive framework of policies, tools, audits and processes that governs all of our activities in all areas. It incorporates legislative requirements and Group policies as well as international standards such as IS0 9001, 14001 and ISO 22000 SHEQ Roadmap Our “LeadIng. in SHEQ” programme is designed to push SHEQ performance and awareness across The Linde Group worldwide. In 2009, we introduced a new method of evaluating our progress in this area - the SHEQ Roadmap. This strategic tool defines the twentyone key milestones on the road to world-class SHEQ performance. LeadSafe & ActSafe: Visible leadership + Behaviour LeadSafe & ActSafe behavioural assessments provide forums for discussing safety issues. They focus on how people behave in real work situations and encourage participants to discuss the consequences of their actions, change their behaviour and reach mutual consensus. LeadSafe encourages managers to display visible leadership by promoting safety and showing concern for the health and the safety of others. Safety Toolbox meetings Safety toolbox meetings provide regular forums for teams to discuss, address and raise safety issues. They are organised at least once a month and involve all team members. Contractor Management Our high safety standards also apply to contractors working on behalf of Linde. We apply a series of internal standards across the Group to closely coordinate contractors and ensure compliance with our SHEQ Policy. External transport contractors Transport is a particularly safety-critical area. We have our own internal standards governing key safety measures which we implement rigorously across the Group to reduce the frequency of transport incidents. Contractors are selected by measuring their performance against a set of key performance indicators. The results of these audits are submitted to the steering committee in an annual SHEQ Review. Hazard Analysis Critical Control Points (HACCP, gevarenanalyse en kritische controlepunten) Hazard Analysis Critical Control Point is a systematic approach aimed at identifying and preventing risks in food safety. It comprises seven principles that establish a framework for identifying and eliminating potential hazards at all stages of food production, preparation and distribution. The system focuses on prevention rather than end product inspection. Linde has implemented and regularly updates its HACCP operational and infrastructural programmes in line with European requirements. Analyses are performed in collaboration with specialists and skilled technicians from each field. Linde’s HACCP strategy is reassessed and updated at least once a year during the Group’s annual food and beverages review. Hazard & Operability Study (HAZOP) A HAZOP study is the structured, systematic evaluation of existing or planned processes and operations. It assesses the potential dangers and operational issues which may arise from hazards. We use HAZOP studies to re-examine safety and operability specifications for installations and to ensure that these specifications provide secure and economic operational conditions that conform to legal and contractual requirements. HSE (Health, safety, Environment) Monitoring To prevent and eliminate hazards, we constantly have to widen our knowledge base and keep up to speed on the risks inherent in our business. We deploy a range of methods to identify and prevent potential dangers, including: - Ongoing hazard assessments studies, risk analyses (HAZOP) - External and internal audits, including evacuation exercises for sites subject to SEVESO industrial safety regulations - Feedback following incidents Major Hazard Review Programme (MHRP) Risks that our plants might pose to employees and any neighbouring companies or people living in the vicinity must be systematically identified and evaluated and mitigated. We have rolled out a management system, the Major Hazards Review Programme (MHRP), across the entire Group for this purpose. Its objectives include identifying maximum potential hazards and managing them effectively as well as measuring risks on a uniform basis for all locations and introducing controls that minimise these risks as far as possible. Training We are committed to raising awareness and promoting responsible behaviour among all of our people. We have developed dedicated training modules for this purpose within the framework of our SHEQ policy. Our training opportunities for employees cover a wide range of issues including LeadSafe assessments, working at height, electricity accreditations, prevention plans, work permits, safety driving and stress management. We also hold safety training sessions for customers. Audits Regular audits verify and document our SHEQ performance. They relate to all elements of our business activities such as management systems, process safety, driver and vehicle operation, etc. In addition to audits carried out within the framework of ISO certification and beyond, we also assess our consumption of natural resources. We developed software, for instance, to optimise transport routes and reduce the number of kilometres our vehicles travel each year. Every site in The Linde Group reports its environmental performance. This information is consolidated and published in our Annual Report. We also perform HSE audits and HACCP surveys as well as transport and contractor audits every year at all of our sites. We use the results of these checks to create action plans. Traceability We have developed an extensive management system that enables us to fully trace all of our. Each product, cylinder or bulk unit is assigned a batch number which enables us to identify the raw materials used in production, the production date and location as well as the customers who purchased the product. All cylinders are equipped with a bar-code for easy traceability Customer satisfaction We continually strive to improve our performance and raise customer satisfaction levels. To do this, we systematically channel the results of internal and external audits, customer feedback, quality projects, product recalls, accidents and incidents into a range of preventive and corrective measures. Life saving rules The aim of these rules is to prevent serious injuries and fatalities, and to support the journey towards a LeadIng. SHEQ performance and culture. The life saving rules are based on incidents and experiences in our company and also reflect legal and regulatory requirements that apply in many of the countries in which Linde operates. Statistics and LFI Linde benchmarks several indicators of SHEQ performance. Lagging ones including incident rates for employees and driving activities, emissions , noise levels, waste disposal, lost time injury rates (LTIR) as well as leading ones, e.g. management involvement, audits, corrective actions and feedback from incidents. LTI (Lost time Incident Rates) RWI (Recordable Work Injuries) Illness Cases (work related) Audit performance vs. plan Environmental data LFI (Lessons from Incidents) Caring for the Environment Not only do we actively seek to minimise the carbon footprint of our own operations worldwide, we also deliver technologies and gases that help you, our customers, minimise – or even eliminate – hazardous emissions At all of our production and administration sites worldwide, we are constantly looking at ways to minimise the environmental impact of our operations. Within the Gases Division, we track progress in this area by reporting on key environmental indicators. Specific activities include: Measures to cut energy consumption Reduction of direct and indirect greenhouse gas and other air emissions Waste management Eco-friendly management of water consumption and wastewater disposal Reduction of materials consumption (metal, packaging materials) Our gases and technologies help you achieve your ecological targets in a number of ways. Not only do we help optimise your processes, we also deliver applications to minimise the direct and indirect environmental impact resulting from the use of our products. Discover examples of applications and solutions that can help you implement your environmental protection policy. Quality Management Improving our performance all the time through a rigorous quality management programme We are committed to continuously improving the quality of our products and services, while at the same time maintaining high levels of occupational safety, health and environmental protection. Consistently high gas quality is a top priority in the Gases Division. Our locations are certified to DIN EN ISO 9001 and a number of other norms. We ensure that all filling stations and production facilities of a similar type are operated in line with uniform specifications, ensuring that our customers always receive uniform quality from every Linde production site. Specific locations such as cylinder maintenance centres and electronic gases plants are certified in line with tailored quality assurance systems. At locations that produce gases used as food additives (food-grade gases), we comply with the applicable quality standards (DIN EN ISO 22000). HACCP Analysing hazards to maintain the highest safety standards along the entire food chain HACCP (Hazard Analysis Critical Control Point) is a systematic approach aimed at identifying and preventing risks in food safety. It comprises seven principles that establish a framework for identifying and eliminating potential hazards at all stages of food production, preparation and distribution. Linde has implemented and regularly updates its HACCP operational and infrastructural programmes in line with European requirements. Analyses are performed in collaboration with specialists and skilled technicians from each field. Linde’s HACCP strategy is reassessed and updated at least once a year during the Group’s annual food and beverages review. HiQ® accreditations and certificates of analysis Certifying quality to give our customers the guarantee of complete precision Gas mixtures at all Linde Gas production and laboratory facilities are subject to professional, stringent quality checks and analyses. These audits yield accurate results and all information presented on the certificates of analysis are correct and easy to understand. Certificates of analysis Linde Gas operates in line with the latest version of ISO 6141, the standard that defines the information required for certificates of analysis. All of our gas products undergo quality assessments. Our gases and gas mixtures are awarded HiQ® certificates of analysis where applicable. If a certificate of analysis is not supplied as standard, we will include it in the delivery or send it by post on request. Our HiQ certificates of analysis contain a range of information including: The date of the analyses The name of the Linde Gas employee who carried out the analyses The order number The unique cylinder number The contents of the cylinder and the connection A unique certificate of analysis number A summary containing the following details: The composition of the gas that was ordered The analysis result showing the actual composition of the gas Analytical accuracy Blend tolerance Stability period The concentration of the components in the gas cylinder will remain within the values detailed on the certificate of analysis until the specified minimum pressure has been reached. Accreditations All cylinder filling sites and laboratories at Linde Gas operate in accordance with ISO 9001/9002. Linde Gas also has other cylinder filling sites across Europe with accredited laboratories for various gases and concentrations, including carbon dioxide, carbon monoxide, propane and oxygen in nitrogen and/or air. The specialty gases plant in Munich for example is accredited according to ISO 17025, general requirement to the competence for testing and calibration laboratories. The central analytical department in Munich is even accredited according to ISO guide 34. This fulfils the general requirements for the competence of reference material producers. Accreditation organisations reinforce consumer trust in the quality of a product or service through independent, expert monitoring. Accreditation confirms and clarifies the value of certificates and laboratory results. Accreditation organisations assess management systems and technical competence. They also verify that the company being accredited is unbiased and competent. International accreditation standards ensure that products, services and organisations are assessed according to uniform standards, regardless of where the accreditation takes place. Consumers can therefore be sure that the resulting certificates and reports meet the same high criteria regardless of whether they were issued within or outside of a specific country. National accreditation organisations in Europe are part of the European co-operation for Accreditation (EA). At international level, accreditation is governed by the International Accreditation Forum (IAF), the world association of Conformity Assessment Accreditation bodies, and the International Laboratory Accreditation Cooperation (ILAC), which is the international cooperation of laboratory and inspection accreditation bodies. Both organisations work together in accreditation and certification. National accreditation organisations can belong to these two global organisations. Multi-lateral agreement (MLA) in the EA ensures that members recognise each other's accreditations. A similar agreement also exists at international level between members of the IAF and the ILAC. Traceability In certain applications and markets, for example the pharmaceutical and food industries, customers want and are required to know the exact origins of products. Linde Gas provides detailed documentation on all of its traceable products, including information on each step in the value chain through to delivery to the customer. The following is a typical process flow for liquid and cylinder gases: Liquid gas is continually produced at a Linde Gas air separator. It is stored in one of our large storage tanks – every one of these is periodically analysed. The liquid gas is then transported to the cylinder filling station in a tanker. Here the gas cylinders are filled, analysed and approved by an authorised technician. The gas in the tanker is also analysed to detect any critical impurities. Linde Gas also supplies traceable liquid gases directly to customers. All of the liquid gas and cylinder gas processes described above are documented in our quality system along with the analysis results for each batch. Product Stewardship At Linde, a strong sense of product stewardship helps us manage the impact of our operations by minimising the risks posed by our products at all stages of the lifecycle – from design to disposal Our aim is to assist you in eliminating or minimising the risks you and your neighbourhood are exposed to when you use our products. To achieve this, we identify and evaluate all safety, health and environmental hazards that our products could potentially pose at all stages of the lifecycle – from research and development through manufacturing, storage, transport, retail and usage to recycling or disposal. Guided by the principles of responsible care, we always seek to go beyond minimum legislative requirements. Key elements in our product stewardship programme include: New product introduction assessment - Before we launch new products, we ensure that they comply with or exceed all applicable SHEQ legislation and meet our internal standards. Management of sensitive chemicals - We have a stringent policy governing sensitive chemicals to prevent illegal or illicit use. Customer safety screening - We partner with you to screen your in-house safety and security procedures. This helps you to minimise any risks that may arise when your employees use our products. Safety services Delivering a wide range of safety services At Linde, we ensure that all gas installations meet the highest international safety standards. We deploy best practices in safety, health, environment and quality. Our in-depth understanding of legislation and international standards puts us in an ideal position to offer a wide range of safety services. Our safety data sheets are always available on our website. Our safety services include: Staff training: General courses and modules tailored to specific industries and processes, for example, the safe handling of gases and cylinders Customer site safety audits: A comprehensive audit based on our wealth of experience, ensuring a safe working environment for your employees Technical process reviews/audits Risk assessments ]

[ Acetylene Acetylene Production of acetylene gas consists of the reaction between calcium carbide and water Acetylene is a synthetic gas produced from the reaction between calcium carbide and water, and this at various sites near our customers. The process helps to preserve the environment, as acetylene gas is a by-product of the petrochemical industry. Safety information Werken met acetyleenflessen (Dutch) What is acetylene? Acetylene, also known as ethyn, is a colorless, highly flammable gas. Because it is a colorless gas, it cannot be seen by humans, but because of its distinctive, garlicky, sweet smell, Actylene can still be perceived by humans. It is intoxicating, but not poisonous. Acetylene forms explosive compounds (acetylides) with silver and copper, among others; therefore, only metal alloys with up to 63% copper are allowed for equipment How is acetylene used? Acetylene is mainly used for oxyfuel welding and cutting. It is in fact the only gas with which gas welding can be done. In gas welding, two metal parts are united under the action of heat to one whole. The heat is obtained through the combustion of acetylene with oxygen. This creates a weld pool which, with or without the aid of an additive, forms a connection between the two metal parts. In oxyfuel cutting, the workpiece to be cut is brought to ignition temperature by means of a preheat flame, after which the centrally added cutting oxygen starts and maintains the oxidation process. The discharge velocity of the cutting oxygen jet blows the resulting slag out of the cutting joint. Oxy-fuel cutting is only possible for materials where the slag generated has a lower melting temperature than the material itself. Why are cylinders for acetylene different from those for other gases? The acetylene cylinder is an exception to other gas cylinders because it is completely filled with a porous mass, into which acetone has been sucked. This porous mass ensures a permanent distribution of the acetone throughout the contents. The reason for this is that at pressures above about 2 bar, without the presence of air or oxygen, acetylene can disintegrate into its elements, carbon and hydrogen, under explosive conditions at a sufficiently strong ignition source; this is called dissociation. When acetylene is dissolved in acetone and finely distributed throughout the porous mass, a safe filling pressure of 15 bar at 15°C can be maintained. Depending on the temperature, the gas pressure can vary by about 0.3 bar/°C. G Acetylene To order this product, you need to login or register   Add to cart Acetylene NEMO PLUS To order this product, you need to login or register   Add to cart Acetylene AAS To order this product, you need to login or register   Add to cart ]

[ Expertise in gases Expertise of gases Benefit from our global network of experts at your site As a customer of our gases, you can benefit from the extensive knowledge and expertise of our experts in specialised applications for all processes in your specific sector that use gas Application Engineering Application Engineering Support throughout the lifecycle, from concept development to implementation and from maintenance to continuous optimization You can rely on Linde Gas for support and advice at every stage of the lifecycle of your gas project. To begin with, we help you develop the technical concept and delivery form that best suits your application and productivity challenges. Our experts will advise you on the range of options available and the benefits of different delivery modes. On a more practical note, we can even help you finance and install your plant and supply all the materials and tools you need. And once your plant is up and running, our experts can take various operating and maintenance actions off your hands, so you can concentrate on your core business. We can monitor and control your installation from our Service Centre, so that you can rely on a safe, uninterrupted supply of the gases you need. And that's not all. Our specialists offer various services that allow you to continue optimizing your processes even after start-up. These include, for example, measuring gas consumption and emission levels to discover whether higher efficiency can be achieved on the supply side and in the application itself. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Pharmaceutical industry Pharmaceutical industry Pharmaceutical and biotech industry Linde develops and supplies a comprehensive range of products for the pharmaceutical and biotechnology industry, from calibration gas mixtures to pharmaceutical plants In most industries, gases act as "invisible helpers". For example, Linde Gas supplies gases for a wide range of processes in the manufacture of APIs and pharmaceuticals, as well as for research, development and production monitoring and quality control. But Linde Gas doesn't just supply gases and the associated equipment. Our services range from nitrogen deliveries in tankers to sampling and analysis at the point of use. By working closely with our customers, we ensure that the chosen product or solution is suitable for their GMP requirements. Lyophilisation Biological products like proteins, vaccines and other injectables must remain effective from manufacture to patient administration. These substances are expensive and fragile, and can easily lose their efficacy during storage. Valuable biologicals can, however, be stabilised by dehydrating them. This pharmaceutical freeze-drying process is referred to as lyophilisation, and is carried out in highly controlled environments in compliance with increasingly strict regulatory guidelines. Successful lyophilisation extends shelf life and prevents many bio-pharmaceuticals from degrading. The challenge lies in controlling the nucleation temperature (the temperature at which a biological vial freezes). This is the most effective way of producing a homogenous structure within the product. Cryogenic nitrogen is used to improve various aspects of lyophilisation, improving process controllability and product quality while reducing costs. Traditional mechanical cooling systems can be replaced with cryogenic cooling systems, targeting both the shelves and condenser coils. Based on our patented CUMULUS® design, our technology seamlessly integrates into existing lyophilisers, allowing pharmaceutical producers to reach lower temperatures than those previously possible with heat transfer fluids such as SYLTHERM™ XLT. In addition to providing a reliable source of cooling, our solution eliminates the maintenance associated with compressors. Liquid nitrogen creates a sterile ice fog that is distributed inside the lyophiliser to simultaneously and uniformly nucleate all of the vials. The uniformity provided by our nucleation technology results in a wide range of benefits, including cycle time reduction, enhanced process control, process repeatability and improved product quality. G Withdrawal hose for liquid nitrogen € 201.80 per piece (excl. VAT) Add to cart Cryo hose CGA incl. withdrawal hose From € 335.00 per piece (excl. VAT) Add to cart Phase separator From € 33.00 per piece (excl. VAT) Add to cart Cryo hose (connector) 2xCGA From € 291.00 per piece (excl. VAT) Add to cart Cryogenic apron From € 265.00 per pair (excl. VAT) Add to cart Cryogenic gloves (Wrist) From € 237.10 per pair (excl. VAT) Add to cart Cryogenic gloves (Mid-arm) From € 251.00 per pair (excl. VAT) Add to cart Cryogenic gloves (Elbow) From € 319.00 per pair (excl. VAT) Add to cart Cryogenic gloves (Shoulder) From € 474.00 per pair (excl. VAT) Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Dry ice Dry ice Pulling the plug on conventional cooling Carbon dioxide (CO2) snow, also known as dry ice, is a very effective and easy-to-use cooling medium with a wide variety of potential applications. It is ideal for cooling dairy, meat, frozen and other perishable food products during transportation. More information Handling and usage of dry ice It is also invaluable in food processing, for instance to cool heat-sensitive materials during grinding, to shrink-fit foods and to vacuum-pack cold traps. Dry-ice pellets are ideal for blast-cleaning machinery. And when dry ice sublimates, it turns directly into gas – without passing through a liquid phase – which can be an exciting special effect at a party. At atmospheric pressure, liquid carbon dioxide converts to solid carbon dioxide snow at ¬79ºC (¬109ºF). The snow can then be compressed under high pressure to form blocks or pellets. Properties of dry ice Flavourless and odourless No residue, thanks to sublimation Germ and bacteria-free Non-poisonous Non-flammable Easy to control because it is heavier than air Does not require a power supply to release/maintain cooling power More than three times colder than water ice ICEBITZZZ® range Van ICEBITZZZ® is een uitgebreid assortiment beschikbaar, zowel qua product als qua verpakkingsvormen. Het is ùw doelstelling en toepassing die bepaalt wat wij u leveren. In order to be able to use our ICEBITZZ optimally, there is of course the necessary peripheral equipment. This includes, in the first place, all available personal protection equipment, but also CO2 detection, dry ice jet machines, smoke machines, etc. Name Size and packaging Applications ICEBITZZZ® Pellets Ø ± 3 mm or ± 16 mm. Delivery in polystyrene boxes of 6, 12 or 25 kg., or in thick-walled, insulated rental containers up to 400 kg. Foodgrade; Transport cooling and refrigeration of unpackaged food, pharmaceutical and biological products, Indirect transport cooling, Indirect cooling pharmaceutical and biological products, Indirect cooling prepackaged foods, Low temperature laboratory testing, (Emergency) refrigerant, Smoke and haze effects ICEBITZZZ® Slices ± 15 x 15 x 1,8 cm. dik. Delivery, individually wrapped in plastic or not, in polystyrene boxes or in thick-walled, insulated rental containers up to 600 kg. (Emergency) cooling, Laboratory research, Transport cooling, Foodgrade for direct cooling of foodstuffs ICEBITZZZ® Block ± 30 x 15 x 15 cm. (= 10 kg. p/s.t). Delivery in 15 kg. polystyrene boxes, or in rental containers up to 600 kg. (Emergency) cooling, Laboratory research, Transport cooling, Foodgrade for direct cooling of foodstuffs Abrasive dry ice blasting Dry ice contains no water, so using the dry ice blasting technique results in an amazingly dry cleaning process. And it therefore does not add anything to the removed fraction and thus saves the environment. The dry ice pellets used for blasting are rice grain-shaped, with a diameter of 2-3 mm. And a length of 3-10 mm. Dry ice is the 'solid phase' of carbon dioxide (CO2), and besides dry ice blasting it is widely used as a cooling agent, especially in the food industry. As of a certain purchase quantity and a certain purchase pattern, it is interesting for you to produce your own dry ice. This way you are guaranteed to have dry ice available at all times. Dry ice pellets are produced in a pelletizer that is fed with liquid CO2 from a storage tank. What is not used immediately is stored in well insulated containers. For on-site production of dry ice you therefore need a pelletizer and a storage tank for liquid carbon dioxide. As well as connecting piping and a number of safety provisions. G Icebitzzz pellet Foodgrade (16 mm) To order this product, you need to login or register   Add to cart Icebitzzz pellet (3 mm) To order this product, you need to login or register   Add to cart Icebitzzz pellet (16 mm) To order this product, you need to login or register   Add to cart Icebitzzz Slice T (Wrapped) To order this product, you need to login or register   Add to cart ]

[ High velocity flame spraying High velocity flame spraying High velocity flame spraying High speed oxyfuel spraying (HVOF) is one of the newer thermal spray processes and is characterized by a supersonic gas jet compared to conventional flame spraying The process is the best solution for coatings for protection against wear, in particular with extremely dense, adhesive and hard coating systems from a metal carbide matrix. Ethylene, propane, propylene or hydrogen are usually used as fuel gases for high-speed flame spraying. The combustion properties of the fuel gases used are of great importance and influence the quality requirements of the sprayed layer. The economic efficiency of high velocity flame spraying is an important factor for cladding companies, given the high cost of the materials used. A comparison with different flammable gases showed that, depending on the material, it has a great impact on the application performance, but also on the application speed that can be achieved. The characteristics that a combustible gas must have are High economic efficiency Purity, worldwide in consistently high quality Constant combustion properties Suitable for mass flow meters In the various systems of HVOF spraying, a gas supply that is optimally matched to the supply pressure and consumption rate is one of the most important conditions for producing high-quality and reproducible coatings. The pressure and quantity range, both for fuel gases and oxygen, requires the right know-how to equip both gas- and kerosene-fired systems with the right components in terms of safety technology. In order to create the possibilities for all systems from the outset, a high pressure tank variant is often the safer solution, especially for oxygen supply, to be open to all systems now and in the future. G Hydrogen droog 3.0 To order this product, you need to login or register   Add to cart Hydrogen 5.0 Detector To order this product, you need to login or register   Add to cart Ethene 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ HFKs ]

[ Laser AM & ADDvance® process gases Laser AM & ADDvance® process gases Laser AM & ADDvance® process gases Fabrication of metal parts with precision, low waste and great design freedom Additive manufacturing processes using laser technology, such as laser powder bed fusion (L-PBF), laser metal deposition (LMD) and selective laser sintering, are the most widely used 3D printing processes. To fabricate a 3D part layer by layer from metal wire or metal powder, a heat source is used to melt and bond droplets and powder particles together. All of these processes require industrial gases to protect the hot substrate from the atmosphere and to adjust the properties of the components. Linde can ensure that industrial gases and gas management systems meet the specific production requirements. Laser powder bed fusion (L-PBF) Laser Metal Deposition (LMD) Selective laser sintering Laser powder bed fusion (L-PBF) Laser powder bed fusion (L-PBF) is known by several names, such as selective metal laser sintering, metal laser melting, direct metal printing and direct metal laser sintering. Linde supplies the customer with gas supply systems for pure gaseous or liquid argon, creating a suitable inert atmosphere for L-PBF processes. The following materials are commonly used in laser powder bed fusion (L-PBF) processes: Titanium Stainless steel Maraging steel Aluminum Cobalt chrome Nickel alloys Inconel Linde solutions for L-PBF processes: Argon gas supply - design, supply and installation Active gas supply - pre-mixed gas mixtures or on-site mixing to ensure process requirements are met ADDvanceTM O2 precision - controlled space atmosphere On-site support - process and/or technical support Online gas management - design and maintenance services Gas safety - equipment, safety testing and training The process A powerful laser beam scans across a bed of powder. Exposed powder is sintered in the process. A layer of the component is made. The build platform is slightly lowered. Then more powder is added and the laser beam begins to build up the component layer by layer. In this technique, which is suitable for the production of small and precise parts, the atmosphere of the build room must be well protected from harmful impurities. Laser Metal Deposition (LMD) Laser Metal Deposition (LMD), also known as "near-net-shape manufacturing," is a process that uses a high-power laser beam connected to a robotic or gantry system to create a molten pool on a metal substrate to which powder or metal wire is fed. Linde provides its customers with gas supply systems for gaseous or cryogenic liquid gases, such as helium, argon or nitrogen, that support the weld build-up welding processes. Best process gases for LMD and L-PBF processes Argon, nitrogen and helium with high purity LASGON® mixtures - customized solutions for laser process gases In addition, the presence of hydrocarbons and moisture should be avoided Linde solutions for LMD processes: Argon, helium and nitrogen gas supply - design, supply and installation Active gas supply - pre-mixed gas mixtures or on-site mixing to ensure process requirements are met On-site support - process and/or technical support Online gas management system - design and maintenance services Gas safety - equipment, safety testing and training The process In LMD, the powder is fed into a carrier gas and delivered to the substrate through a nozzle concentric with the laser beam. The laser beam melts the powder particles before they hit the substrate and welds them to the existing part, creating the part layer by layer in this manner. Often a shielding gas is also used to protect the weld area from the ambient air. The method is suitable for larger parts that require a higher application rate. LMD is used in a wide range of applications, such as surface mount and repair welding for the deposition of die surfaces for high-performance components, such as aircraft engine parts and military equipment. Selective laser sintering Selective laser sintering (SLS) is a popular process for additive manufacturing that uses polymer powders such as nylon, carbon fibers, fiberglass-reinforced nylon and fine polyamide. Linde provides its customers with cryogenic liquid nitrogen , which supports selective laser sintering processes. Linde solutions for SLS processes: Nitrogen gas supply - design, delivery and installation On-site support - process and/or technical support Online gas management system - design and maintenance services Gas safety - equipment, safety testing and training Linde's expertise and service solutions for the additive manufacturing industry The process The SLS process begins by heating the polymer powder to just below its melting point. A CO2 laser then sinters the powder in an atmosphere of inert gas. Once the first layer is applied, the build platform sinks and fresh powder is pushed onto the platform. Nitrogen is often used to protect the heated powder and material from reacting with the ambient air. Thanks to its ability to quickly convert complex CAD geometries into functional prototypes, selective laser sintering is very popular with prototypers and product designers. G SpeciaLaser 207 To order this product, you need to login or register   Add to cart SpeciaLaser 216 To order this product, you need to login or register   Add to cart Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Helium 5.0 Detector To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Helium 4.6 To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Control and monitoring Control and monitoring State-of-the-art solution for complete monitoring and/or control of your laboratory or cryobank. Sintesy's product range, named 'Sintesy.Eagle', represents a wide range of innovative hardware and software products, fully developed and designed by qualified engineers. Sintesy is capable of communicating with any type of cryogenic vessel. In addition to cryogenic vessels, we also have the ability to monitor other devices such as electronic freezers, CO2 incubators, oxygen sensors and more. The main advantage is that the communication takes place via RTUs (Remote Telemetry Units), which keeps your storage vessel mechanically and electronically intact, thereby maintaining the vessel's warranty and CE marking. Control and monitoring for cryobank Control and monitoring for labs More information Available soon Control and monitoring for cryobank Control and monitoring of your cryobank with Eagle.Cryo Cryogenic storage of cells and tissues is the future for the study of diseases and therapies. The control of storage conditions is the most crucial issue for successful cryopreservation. In accordance with national and international standards, our partner Sintesy has developed an innovative and advanced system for the control of cryovates. With it, we provide reliable solutions to prevent any risk of damage to samples, even for long-term storage. A modular system provides automatic management of a cryobank (e.g. cooling, filling and degassing procedures). It generates visual and audible alarms both locally and remotely. In this way, operators are always aware of possible dangerous situations that may occur in the cryobank. Preset users receive phone calls, text messages and/or e-mails in case of alarm. What we guarantee: Safety of users by environmental sensors (CO2 /O2), ventilation system and access control Safety of biological samples by control of temperature and liquid nitrogen level in the cryogenic freezers and other physical parameters Safety of collected data, stored in the database Control and monitoring for labs Monitoring equipment in laboratories with Eagle.lab and Eagle.easy Cryovats, electric refrigerators, ultra-low freezers, incubators, programmable freezers, fume hoods, oxygen sensors, gas cylinders, refrigerators and other equipment installed in any laboratory: Eagle.lab offers the possibility of monitoring them all, both locally and remotely, thanks to modular and high-tech solutions. Notification of abnormal parameters is done by text message or telephone using a pre-programmed telephone dialer. Two different architectures have been developed to meet the needs of each laboratory: wireless and wired. Eagle.lab The wired solution with a similar structure used for cryobanks. Eagle.easy The wireless solution that allows saving money for the network infrastructure. If the laboratory has a WiFi network, it is easy to connect the WiFi loggers to the server through the existing wireless access point. What we guarantee: Safety of operators thanks to environmental sensors (CO2 /O2) Safety of biological samples by monitoring temperature, level, relative humidity, pressure and other physical parameters Safety of collected data, stored in the database Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ ]

[ Construction industry Construction industry Whether it's civil engineering or construction, we have the right gas engineering solution The construction industry faces the challenge of balancing tight cost maintenance with the need for productivity-enhancing solutions that allow for maximum mobility on and around construction sites. Technologies that use gases are often part of the solution and help save money and streamline production processes. Safety is also a crucial factor in construction. Thorough training and the right protective equipment are essential to the high standards of personal safety that must be met for and by workers. Please select a construction industry application Ground freezing → CarbonCure → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Non-ferrous metals Non-ferrous metals Process optimization and innovative technologies for processing non-ferrous metals Linde offers a wide range of innovative technologies for processing, process optimization and emission reduction of non-ferrous metals. Let us advise you on our solutions to increase capacity and efficiency. Aluminum → Burners for the aluminum industry → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Modified atmosphere packaging (MAPAX) Modified atmosphere packaging (MAPAX) Modified Atmosphere Packaging (MAP) Extending shelf life – the natural way Food manufacturers are continuously on the lookout for ways to prolong shelf lives. And this without changing the physical or chemical properties of their products or adding unnatural ingredients. Modified Atmosphere Packaging is the ideal method to achieve this. It is a natural method and still growing in popularity across the globe. In many cases, it is also a suitable addition to other methods of preservation. More information MAPAX Flyer Linde has developed a range of product-specific MAP packaging solutions under the brand name of MAPAX®. This is a customised MAP programme on the basis of the required knowledge and information on foodstuffs and packaging (gases). Advantages of Modified Atmosphere Packaging Increased sales, as you will be better positioned to meet the growing demand for fresh and naturally preserved products Longer shelf life thanks to MAP packaging without chemical additives or freezing Shelf life in the distribution chain is increased by days or even weeks Flavour, texture and appearance of foodstuffs remain intact for longer Increased return in production and distribution thanks to lower costs MAP technology in detail MAPAX gas mixtures normally consist of ordinary atmospheric gases such as carbon dioxide (CO2), nitrogen (N2) and oxygen (O2). These gases are used either on their own or in mixtures of specific concentrations, depending on your product. Carbon dioxide, for example, is most effective to slow down the growth of micro-organisms (such as mould and many common aerobic bacteria). This is because CO2 is absorbed in liquid and fatty ingredients. This reduces the pH value. It also penetrates biological membranes of bacteria, causing the permeability and functionality thereof to change. Nitrogen, as a chemically inert gas, is mainly used to replace oxygen in packaging, thereby preventing oxidation. Due to the poor solubility in water, nitrogen is also used in MAP packaging of liquids, to strengthen the sturdiness of the packaging. In moist foodstuffs, the oxygen content must be kept as low as possible, though meat forms an exception. In that case, oxygen helps to keep myoglobin in its oxidised form. This ensures the meat keeps its red appearance. Oxygen is also important in the MAP packaging of fruit and vegetables, as they need to be able to ‘breathe’. MAPAX® for Dairy Bacterial growth and rancidness are the main causes of loss of quality in dairy products. This depends on the properties of every specific product. Hard cheeses with a relatively low moist content are normally more susceptible to the development of mould. Yet products that contain a lot of water, such as cream or soft types of cheese tend to fall victim to fermentation and rancidness. In temperatures in excess of 7˚C, lactobacillus (lactic acid bacteria) cause problems by reducing the pH value in products, thereby making them acid. This process can be enhanced due to packaging atmospheres with an excessively high CO2 content (e.g. cottage or soft curd cheese). Your product does in fact determine the CO2 content! Preventing the formation of mould by means of carbon dioxide Carbon dioxide (CO2) is used in higher dosages when packaging hard cheeses. Bacterial activity is effectively inhibited. The texture of products is preserved better. Concentrations of 20% already strongly reduce the formation of moulds. Lactic acid bacteria, a natural ingredient of cheese, are hardly affected by the surrounding atmosphere. Soft cheese types are packed in atmospheres of average CO2 concentrations and a low oxygen content to slow down bacterial growth and rancidness. Concentrations of up to approx. 60% are used for hard cheeses. For soft cheeses the maximum is often 20 or 40%. This is to prevent packaging from forming a vacuum as a result of the atmospheric underpressure, as CO2 is absorbed in the watery and fatty ingredients of the product. Grated and cut cheese is also packed in modified atmospheres. Grated cheese is normally packed in an atmosphere of 70% nitrogen and 30% carbon dioxide. This way, manufacturers can prevent packaging from denting. New opportunities for cultivated dairy products In the past, cultivated products, such as cottage cheese and yoghurt, were not packed in protective atmospheres. However, the demand for longer shelf lives has changed this. A mixture of N2 and CO2 can prolong the shelf life of cottage cheese for example by one week. And fresh cream? Cream and dairy products containing cream can acidify rapidly when exposed to oxygen. Replace the air in packaging by oxygen; this way you can prevent rancidness and the growth of aerobic bacteria. MAPAX® for Dry Foods & Bakery Dry foodstuffs, such as cocoa products, savoury snacks, peanuts, coffee, spices and milk powder contain unsaturated fats. This makes these products more susceptible to oxidation and acidification. Reduced mould formation through carbon dioxide The main factors for decay in bakery products are the formation of mould and chemical decomposition. Fermentation can also play a role, e.g. in pastry, pasties or stuffed breads. The water content of bakery products is typically low. Hence the growth of micro-organisms other than mould is often not a problem. Mould is an aerobic micro-organism, which can be inhibited by packaging products in a modified atmosphere of CO2. The aim is to reduce the oxygen content to a minimum (below 1%). This will extend the shelf life by a few days. MAPAX is particularly suitable for rye bread, sweet baker products, pasties and cakes, as well as pre-baked bread. Bakery Products In the event of bakery products with sugar icing, an excessively high CO2 content can affect the appearance of the icing, as it is absorbed in the fatty substances. This makes the icing ‘melt’. If the CO2 content is sufficiently compensated by nitrogen, the product continues to look good. MAPAX, in combination with sealed packaging, offers adequate protection against the loss or absorption of moist. Sensitive, dry foodstuffs Packaging containing particularly dry foodstuffs, such powdered milk for babies, may not contain oxygen levels in excess of 0.2%. Oxidation can be effectively combated by replacing the environmental air in packaging by nitrogen (N2) or carbon dioxide (CO2), or a mixture of these gases. MAPAX® for Fish & Seafood The quality of fresh fish and seafood can be compromised quickly due to bacterial growth and enzymatic processes. This is caused by a high water activity and a neutral pH value (ideal for micro-organisms), as well as by the presence of enzymes, as a result of which both flavour and smell can quickly deteriorate. The decomposition of micro-organisms causes an unpleasant smell. The oxidation of unsaturated fats in fatty fish such as salmon, herring and mackerel causes a vile flavour and smell. Fish types such as herring and trout can even become rancid even before the bacterial decay becomes measurable. In order to maintain a high quality of fresh fish products, keeping the temperature around the freezing point is vital. The combination of the correct temperature and the appropriate gas mixture can prolong the shelf life of fish by a few days. Pre-condition is that the cold-chain is not interrupted. Quality preservation with carbon dioxide The activity of many common aerobic bacteria such as Pseudomonas, Acinetobacter and Moraxella can be strongly reduced by the presence of carbon dioxide (CO2). This bacterial inhibiting effect starts in CO2 concentrations in excess of 20% in sufficiently large gas volumes. The CO2 content is normally 50%. Depending on the storage temperature (0–2°C), the shelf life of raw fish can be extended by 3 to 5 days. The fish is packed in dishes with a film cover and within a protective atmosphere. However, excessively high concentrations of protective gas can cause undesired side effects, such as excessive reduction of the moist content in the tissue or, in the event of crab and herring, a sourish taste. Fish such as cod, flounder, plaice, haddock and whiting can be preserved up to twice as long in a modified atmosphere and a temperature of 0°C. Colour retention with oxygen In MAP packaging, oxygen can be applied to combat the fading of pigment and loss of colour. Oxygen can also be used to combat the growth of anaerobic micro-organisms, such as Clostridium. These types of bacteria can produce toxic substances. In the correct protective atmosphere, the risk of growth of Clostridium in fish with short shelf lives is negligible. The growth of Clostridium can be prevented in temperatures of below 3°C. In order to prevent the fish from becoming rancid, no oxygen can be used when packing fatty fish. Nitrogen would be more suitable. MAPAX® for Fruit & Vegetables Fruit and vegetables are products that ‘breathe’. A decisive factor in the successful packaging of fruit and vegetables is therefore the permeability of the packaging material. Packing them in film cover with excessively low level of permeability causes a undesired anaerobic atmosphere (20% carbon dioxide). This quickly reduces the quality. When these products are packed with film with an excessively high grade of permeability, the protective atmosphere cannot be maintained. The quality can also be compromised due to loss of moist. Examples of suitable film covers for packing fresh fruit and vegetables within a protective atmosphere are microporous film and LDPE/OPP. As potatoes, fruit and vegetable breathe, the protective atmosphere in combination with the correct film creates a balanced atmosphere (equilibrium modified atmosphere packaging, EMAP). In the event of an EMAP, the foil passes as much oxygen and carbon dioxide as breathed in and out by the potatoes, fruit and vegetables. An EMAP depends on many actors: the extent to which a products breathes the temperature the type of film the packaging volume the net weight the amount of light the products is exposed to The extent to which a product breathes is, in its turn, determined by the type of potatoes, fruit and vegetables, size, ripeness and pretreatment. Hence a thorough understanding of this complex composition of factors is vital in creating the most effective EMAP for a certain product. Linde helps you selecting the gas mixtures that are adjusted to the level of breathing of the different types of fruit and vegetables. With an effective EMAP of 3–10% O2 and 3–10% CO2, you can usually achieve a considerable improvement in shelf life. As explained above, MAP atmospheres develop into an EMAP as a result of the fruit and vegetables breathing. However, in some cases it can be desirable to rinse the packaging with a certain type of gas mixture in order to accelerate the formation of the desired EMAP. The enzymatic brown of vegetables for salads can e.g. be inhibited by rinsing with gas. Your Linde advisor can take a series of samples to establish the best possible packaging method for you fruit and vegetables. The solution depends on the type and the pretreatment. Peeled potatoes and apples, for example, must not be packed with oxygen in order to prevent them from turning brown due to enzymatic reactions. Peeled potatoes are best packed in a mixture of 20% CO2 and 80% N2. In temperatures of 4 to 5°C, this prolongs shelf life from half an hour to 7 or 8 days. MAPAX® for Meat In general, carbon dioxide has a strongly inhibiting effect on the growth of bacteria in meat and fowl. The aerobic bacteria genus Pseudomonas forms the biggest threat to fresh meat. The discolouration of meat due to oxidation of the red pigment is a particular challenge. In order to maintain the red colour, the packaging atmosphere for red meat must have a high level of oxygen content (60-80%). This keeps oxygen levels in the myoglobin of the meat high. Meat with lots of pigment, such as beef, requires higher concentrations of oxygen compared to meat with less pigment, such as pork. With the correct MAPAX mixtures, the practical shelf life for meat intended for the consumer market can be extended from 2-4 days to 5-8 days at 4˚C. In the event of packaging for the wholesale trade, shelf life can be extended further by means of a higher CO2 content. Fowl Fowl is very sensitive to bacterial growth, loss of weight due to evaporation, development of unpleasant smells, discolouration and biochemical decay. The tissue of fowl can easily become contaminated whilst gutting the fowl. The practical shelf life of fowl packed under gas conditions ranges from 16 to 21 days. The volume of the surplus space in the packaging must preferably match that of the product volume. Fowl, contrary to red meat, is not sensitive to the irreversible discolouration of the meat surface due to the absence of oxygen. The decay of fowl is mainly caused by bacterial growth, more in particular by the Pseudomonas and Achromobacter genera. The growth of these aerobic bacterial types is effectively inhibited by protective atmospheres containing CO2. Substantially extending the shelf life of fowl requires CO2 levels in excess of 20%. In order to prevent issues with squeezed packaging and too much loss of moist in raw fowl, the gas/product proportion must be increased when using higher concentrations of CO2 content. If the packaging is not squeezed (e.g. in the event of bulk or wholesale-size packaging), it is recommended to use 100% CO2. Nitrogen is used as inert filling gas in both packaging for the retail trade and in bulk packaging with protective atmosphere. MAPAX® for Ready meals and catering The speed at which ready meals go bad depends on the ingredients; this differs greatly from product to product. In the case of ravioli or lasagne, which contains meat, the meat naturally goes off quicker than the pasta itself. One of the largest challenges in ready meals is the prevention of bacterial contamination during the production process. In order to achieve this, manufacturers must work in accordance with the highest possible hygiene standards and with ingredients of the best quality. Decay is mainly caused by the growth of micro-organisms, oxidation and food becoming stale. This results in rancidness, discolouration and loss of flavour. For example, a fresh pizza that is exposed to air of 4°C to 6°C will go off within a week. In the right protective atmosphere with a low level of oxygen content combined with a high level of carbon dioxide concentration, a pizza can keep for weeks. In the event of a pizza, the O2 concentration must be below 1%. The proportion between the amount of carbon dioxide and nitrogen in ready meal packaging is mainly determined by the moist content in the product, as well as by the composition thereof. This is because this determines the speed of bacterial growth, oxidation and enzymatic activity. The higher the water activity, the higher the required CO2 concentration in the packaging. The specific requirements for products of different components Every ready meal comes with its own specific challenges. Nutrients of a neutral pH value are particularly vulnerable in this respect. Particularly products with a wide range of (changing) ingredients (such as sandwiches, filled pasta, salads, pizzas and spring rolls), opting for the exact right solution may be difficult. Since every ingredient has its own specific properties, in-depth expertise of foodstuffs is required in order to compose the gas mixture that combats decay most effectively and which offers maximum protection in terms of quality. G Foodmix 50CO2/50N2 To order this product, you need to login or register   Add to cart Foodmix 70N2/30CO2 To order this product, you need to login or register   Add to cart Foodmix 70O2/30CO2 To order this product, you need to login or register   Add to cart Carbon dioxide Foodgrade To order this product, you need to login or register   Add to cart Nitrogen Foodgrade To order this product, you need to login or register   Add to cart Oxygen Foodgrade To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. 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[ Chemical & Petrochemical Industry Chemical & Petrochemical Industry Chemical & Petrochemical Industry Benefit from decades of experience and the knowledge gained from countless successfully implemented projects Profitable manufacturing involves many complex demands, mostly related to energy consumption, productivity and product quality. Therefore, in the constant struggle to create added value in production, no stone should be left unturned. The industrial gas factor can be very important here; in fact, there is usually a whole range of concrete solutions for savings and improvements. Please select a Chemical & Petrochemical Industry application O2 enrichment → Inerting → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ TIG welding TIG welding TIG welding In TIG welding, the arc burns between the non-melting tungsten electrode and the workpiece In TIG welding, the material to be welded is heated by the heat of an electric arc, which is between a non-melting tungsten electrode and the workpiece. Both the tungsten electrode and the weld pool are protected from the negative influence of the surrounding air by an inert gas. The nature of the material to be welded determines whether welding is done with direct current (negative pole at the electrode) or alternating current. Because the amount of filler material is independent of the welding current, the weld pool is very controllable and the process can be applied in all positions. Protective gases play an important role in protecting the welding process as well as directed heat transfer, so for example Argon and Argon mixtures are used here. More information Welding- and cutting guide Advantages of TIG welding Very fast welding process Little heat effect on the material -> little distortion Very well suited to thin plates and tubes No influence of the shielding gas on the weld metal No spatter and slag Firm contact with the electrode - no sliding contact as with Mig/Mag welding Easy controllable start-up Good bridging in all positions Easier to find suitable welding parameters Simple solutions for variable arc power during welding Disadvantages of TIG welding Thorough weld preparation required Sensitive to wind, since dependent on shielding gas, therefore recommended in enclosed areas Manual welding requires use of two hands (welding torch and filler metal) -> much practice required Materials for TIG welding Aluminium and aluminium alloys Copper and copper alloys Nickel and nickel alloys Low alloy steels High alloy steel Special metals such as titanium, zirconium, tantalum, magnesium G Argon 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 GENIE To order this product, you need to login or register   Add to cart Mison Argon To order this product, you need to login or register   Add to cart Argon/Hydrogen 95/5 To order this product, you need to login or register   Add to cart Argon/Hydrogen 98/2 To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Extrusion Extrusion Extrusion Use carbon dioxide or nitrogen as physical blowing agents in extrusion foaming. These inert gases offer numerous advantages as they are environmentally friendly, inexpensive and non-flammable If you want to increase the production output of your extrusion line, use carbon dioxide for internal cooling of hollow sections or pipes. Extrusion foaming Internal cooling during extrusion Extrusion foaming The use of physical blowing agents such as carbon dioxide or nitrogen in extrusion foaming processes enables lighter parts and lower raw material consumption The physical blowing agent is first injected into the polymer melt by means of a metering device with high precision and then dissolves into the polymer. Pressure is maintained throughout the extruder. A rapid pressure drop produces a homogeneous cell structure of the foamed polymer. The result is a lightweight, stable product that can be used in a wide range of applications, including packaging, automotive, construction and manufacturing. Typical products foamed with carbon dioxide are extruded polystyrene (XPS) insulation panels or extruded polystyrene foam films for food packaging. Nitrogen is mainly used in the production of polyethylene cable insulation. Inert gas dosing device The patented DSD 500 metering device enables precise metering of inert gases, e.g. gaseous nitrogen or liquid carbon dioxide into an extruder, injection molding machine or PUR foaming system. The flow rate is controlled extremely precisely and independently of pressure, temperature or type of gas. Booster systems for liquid carbon dioxide Choose from our wide range of high-performance low-pressure pumping systems for liquid carbon dioxide for your foaming process. The systems with max. 80 bar can be used to supply any type of metering pumps with bubble-free liquid carbon dioxide. The carbon dioxide pressure can be adjusted according to your needs. Internal cooling during extrusion The use of liquid carbon dioxide for internal cooling during extrusion of profiles and pipes increases extrusion capacity at very low investment costs Uniform cooling of the profile reduces unwanted deformation and product quality is improved. No residues or moisture remain inside the profile. This patented technology is particularly recommended for thick-walled parts and for extrusion lines with limited cooling distances. G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Carbon dioxide 4.0 To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument + dip tube To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Cookie policy Linde Cookie Policy This Cookie Policy applies for the website of the Linde company referred to in the Imprint. EU legislation requires all website operators to inform website visitors about their usage of cookies and similar technologies, e.g. pixels, (hereinafter “cookies”) and to collect the user’s consent to such cookie usage. Cookie Consent If you visit our websites for the first time, you will see our Cookie Banner and, when you click on Cookies Settings, our Privacy Preference Center. Here you can execute choice and control over the cookies we drop on your device. What are cookies? Cookies are small text files which are sent to your device (computer, laptop, smartphone, tablet) by the website you visit. Cookies are stored on your device in your browser’s file directory. Your browser sends these cookies back to the website each time you revisit it so it can recognize your device and improve your user experience on each subsequent visit. Cookies allow us e.g. to tailor a website to better match your interests or to store your password so that you do not need to re-enter it every time. Please note that certain functions of our website may no longer work or work not correctly without cookies. If you want to learn more about cookies and how they work in general, please visit www.allaboutcookies.org or www.youronlinechoices.eu . Categories of cookies Depending on their function and their intended purpose, cookies can be assigned to the following categories: strictly necessary cookies, performance cookies, functional cookies and targeting cookies. Strictly necessary cookies Strictly necessary cookies are required to navigate our websites and operate basic website functions. Examples for strictly necessary cookies are login cookies, shopping cart cookies or cookies to remember your cookie settings. Without these cookies certain basic functionalities cannot be offered. Strictly necessary cookies are always active and will be placed without your consent. To the extent that information processed in connection with strictly necessary cookies should qualify as personal data, the legal ground for that processing is Linde’s legitimate interest to operate the website (Art. 6 (1) lit. (f) GDPR). Performance cookies Performance cookies – aka analytics cookies - collect information on your usage of our websites. They identify e.g. your internet browser, operating system, visited websites, duration and number of website visits, previously visited website, most commonly visited websites and errors you experienced. The information collected is aggregated and anonymous. It does not allow a personal identification. It only serves the purpose of evaluating and enhancing the user experience of our websites. To the extent that information processed in connection with performance cookies should qualify as personal data, the legal ground for that processing is your consent (Art. 6 (1) lit. (a) GDPR). Functional cookies Functional cookies enable a website to store information and options you have already previously entered (e.g. username, language settings, layout settings, contact preferences or your location) in order to offer you improved personalized functions. They are also used to enable requested functions, like playing videos. To the extent that information processed in connection with functional cookies should qualify as personal data, the legal ground for that processing is your consent (Art. 6 (1) lit. (a) GDPR). Targeting cookiesTargeting cookies – aka cookies for marketing purposes - are used to offer more relevant and interest-specific content to you, to limit the display frequency of ads and to measure the efficiency of an advertising campaign. They register if you have visited a promoted website or not, and which content you used. Such information may be shared with third parties, e.g. advertisers. Legal basis for the processing of personal data in connection with targeting cookies (if any) is your consent (Art. 6 (1) lit. (a) GDPR). Cookies we use on our website You may find further detailed information on cookies utilized by us in our Privacy Preference Center. Here, you can also provide or revoke your consent and/or change your cookie settings at any time. Updates This Cookie Policy is updated from time to time. May 2020 ]

[ Thermal spraying Thermal spraying Thermal spraying A technique in which metal is melted onto a surface by means of a thermal spray gun so that the properties of the part are improved In thermal spraying, the heat input into the base material can be very high. The torch and especially the hot particle introduce enormous amounts of heat into the surface of the component, which must be dissipated. If this heat cannot be dissipated by the component itself, it must be supported by external cooling. As permissible component temperatures, a range between 100 and 200 °C (upper limit depending on the type of base material) has proven beneficial. In various applications, temperatures of 500 °C and above are also permitted to obtain the desired coating properties. Cooling breaks are generally the least economical solution, because during this time the work area is blocked and economic work is no longer possible. Sufficient cooling during spraying offers the ideal solution. Cooling concept from Linde Our LINSPRAY® CO2 cooling concept offers the perfect solution including hardware, tailored to thermal processes and the right gas supply for small applications by bundles or by a tank supply combined with a pressure boost by a PRESUS C, for series applications. Compared to other cooling processes that use air or nitrogen, CO2 is a very effective cooling medium. Although liquid nitrogen has an extremely low temperature (-195 °C), this cooling capability cannot be used effectively because the so-called Leidenfrost effect, a gas cushion between the workpiece and the liquid nitrogen, acts as an insulating layer. In a CO2 cooling system, liquid CO2 is also used, which upon exiting the nozzle immediately creates CO2 snow particles, which penetrate the existing insulating layer and thus allow direct contact with the part. Here the CO2 snow sublimates, achieving maximum cooling performance. The CO2 cooling system is supplied as a complete system with all components required for operation. To meet individual requirements, special nozzles have been developed, which are available in different sizes, and with which the cooling performance can be customised G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Carbon dioxide 4.0 To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument + dip tube To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ HiQ® special gases HiQ® specialty gases HiQ® gases and equipment for special applications The HiQ® offer represents the best and most appropriate there is in the world of high purity gases, accurate gas mixtures, precision engineered gas supply systems and the high quality services needed for optimum results. Precise answers to individual needs. Customised to meet specific requirements. Delivered in a form and frequency tailored to each application. The only word you need to remember in specialty gases is HiQ. Request HiQ gas mixtures online More information HiQ: Specialty gases for commercial laboratories HiQ: Specialty gases for research institutes & universities About HiQ® HiQ Specialty gases is synonymous with expertise and performance. With HiQ solutions we specialize in specialty gases and we deliver on our commitment. What you need, we supply, what you need to find out, we know. And when you want it, we’re already there. With our knowledge, and with our logistical muscle to back it up. It’s not possible to measure, but HiQ offer goes a long way to bringing real peace of mind. Speciality Gases Mixture Configurator - SPECIFY SPECIFY is a configuration tool designed to help you compile and request a quote for almost any specialty gas mixture Simply select the desired number of components, the gas types, balance gas, cylinder size and certification required and let the platform search for existing products that meet, or are close, to your requirement. Once the desired mixture is identified you can submit a quotation request. If the desired mixture does not currently exist, then you can submit your enquiry through the platform where it will be reviewed and responded to with the feasibility and the end product details. Go to SPECIFY Specialty gases & Specialty equipment You can’t stick a label on gas, but sometimes it would be useful. Because when you need a highly specific product for a very demanding purpose, you should identify the best possible source for that product. The HiQ programme is that source. HiQ is the name we at Linde apply to our specialty gases, equipment and services to help you identify what’s best for you. And to get it precisely when you want it. You specify specialty gases because your process demands them, so you expect the care you take to be matched by that of your gas supplier. And while, on the surface, all gases of the same specification should be identical, it is not until things do not perform as they should that your choice assumes real importance. With dedicated production facilities, accredited analytical laboratories, state-of-the-art logistics and selection procedures as well as purpose-designed and custom-engineered total supply systems, Linde has the infrastructure to put the ‘special’ into specialty gases. Behind all is the combined global expertise and knowledge base of the dedicated HiQ team - experts in the field, with the software tools and networked information to help make informed choices quickly and unfailingly. There's just one word to remember for your specialty gases requirements: Specialty equipment The complex processing and instrumentation requirements for industry and education demand products of the highest quality to maintain peak performance. HiQ® specialty equipment is designed to maintain the integrity of your specialty gases between the cylinder and the instrument or process. After all, the quality of your gas can only be as good as your gas supply system. HiQ cylinder regulators are designed for direct supply connection. Gas supply panels, gas distribution systems, and point of use improve safety by removing cylinders from work space considerations. Gas Generators are available when cylinder supply is not practical. ECOCYL®. The portable solution! In many industries, a wide range of analytical techniques are applied. Generally, these are used to carry out emissions measurements, monitor the quality of the process, monitor potentially dangerous situations or check for a safe working environment. All of these monitors need to be tested periodically to ensure they are still working properly. In order to establish whether monitors are functioning properly, gases or gas mixtures are used. The more different components are being monitored, the more gases and gas mixtures are needed to check the equipment and make sure it is working properly. It is easy to see that when checking dozens or sometimes hundreds of monitor points at a location, a gas mixture in a convenient and easy-to-use packaging is desirable - the more so because various types of equipment are not always stationed on the ground floor but sometimes in places which are harder to reach. A common solution is to supply this gas in a so-called disposable packaging. However, this creates a waste product at the end of the life cycle. In contrast to what the name of implies, this type of packaging may not enter the waste flow. It must be disposed of as chemical waste, incurring substantial cost. The solution: ECOCYL® Linde has developed a unique and environmentally-friendly solution: the ECOCYL! The ECOCYL is a small, refillable gas cylinder with fully integrated closure, reducer valve and flow meter, all protected by a fixed cylinder cap. The result is a safe and user-friendly gas cylinder which is ready for immediate use. As a user, you only need to open the closure and choose between one of the available flow ranges. The ECOCYL is easy to move from one monitoring point to another thanks to the hand grip integrated into the cap or the shoulder strap. Its low weight of 2.4 kg also makes it easy to move. Safety Thanks to the ECOCYL system developed by Linde Gas Benelux, the centre of gravity of the gas cylinder including reducer valve is in the middle of the cylinder. As a result, the ECOCYL can be easily put down without falling over. It’s good to be safe! Changing the reducer valve when the gas cylinder is empty is also no longer necessary. The empty gas cylinder, including the integrated reducer valve and fixed cap, are accepted by Linde Gas Benelux, checked and refilled for you by fully trained professionals. Which means you also no longer face the problem of getting rid of disposable packaging. The ECOCYL must comply with the same statutory requirements as regular gas cylinders. ECOCYL cylinders are therefore also manufactured in accordance with the European TPED directive. Specifications Diameter 9.5 cm Height 44 cm Weight (empty) 2.4 kg Filling pressure max. 150 bar Gas volume max. 0.15 m3 Secondary pressure 3.8 bar Output flow 0.25; 0.3; 0.5; 1.0; 1.5; 2.5 and 8 litres per minute Output connection 6 en 8 mm hose nozzle (optional: quick connector with Swagelok adapter) Product portfolio The ECOCYL RSH type is suitable for a wide range of single gases and gas mixtures alike. If you have a question about a specific gas or gas mixture to be supplied in an ECOCYL, please contact your Linde Gas Benelux contact person or our HiQ Desk in Dieren. ]

[ Gas phase oxidation Gas phase oxidation Gas phase oxidation Fluidized bed processes play an important role in the basic and petrochemical industries and are often used in oxidative production stages The predominant oxidant here is process air. Its O2 content can be increased by feeding in gaseous O2. This type of process intensification through O2 enrichment can usually be realized at low cost. More information Gas phase oxidation Advantages Increasing the O2 content in the process air can significantly increase production capacity - typically by 10% to as much as 25%. This can result from the following effects, which are often achievable: Higher throughput Increased turnover In addition to increased flexibility in operation - e.g. blower restrictions can often be eliminated - there is also the possibility of reducing the amount of waste gas by lowering the total amount of process air. This can bring further advantages Energy savings in exhaust gas treatment (reduced CO2 emissions) Reduced catalyst (or solids) discharge Reduced catalyst (or solids) abrasion Applications Fluidized solids - whether as catalysts or as reactants - play a role in both organic and inorganic air oxidation processes; e.g.: Sulfuric acid recycling1 N-butane oxidation to maleic anhydride2 Ethylene oxychlorination1 Ammonoxidation of propene1 FCC; i.e., regeneration step in fluid catalytic cracking1 O2 enrichment is already widely used on a technical scale O2 enrichment has been investigated experimentally Range of services For the realization of an O2 enrichment Linde can offer the following services: Collaboration on a feasibility study regarding the advantages of the additional use of O2 Support in the preparation, execution and evaluation of corresponding tests on a small-scale or technical scale Collaboration in safety considerations as well as in the development of the technical solution Supply of customized hardware (e.g. OXYMIXTM , FLOWTRAIN®, measurement and control technology) Elaboration and provision of an optimal O2 supply process Simulation programs G Oxygen 2.5 To order this product, you need to login or register   Add to cart Oxygen 2.5 DNV offshore To order this product, you need to login or register   Add to cart Oxygen 2.5 NEMO PLUS To order this product, you need to login or register   Add to cart Oxygen 2.5 offshore To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Greenhouse Greenhouse Greenhouse Increasing productivity and quality in greenhouses with carbon dioxide Greenhouse facilities allow growers to produce plants all year round and meet consumer demand for out-of-season fruit and vegetables. And you are constantly looking for ways to increase harvest yields and push per-crop profits. One of the most effective ways of achieving this is by enriching the greenhouse atmosphere with pure carbon dioxide, as this gas – along with light and water – is essential for plant growth. Horticultural experts We have been active in horticulture for over 25 years. Over time, we have developed an extensive range of solutions designed to help increase yields while reducing operating costs. Not only do we offer proven supply systems, we also engineer solutions tailored to your specific challenges . G BANARG® (nitrogen/ethene 96) To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Invoices Invoices Daily rent Annual rent Fees ADR Complaint or question Daily rent I have returned my cylinder, but I get an invoice with daily rent This means that you still had a cylinder on balance in the billing period. You can download the copy invoice via the my account area. ere you will find an overview of the cylinders in day rental on the second invoice page. If a cylinder was returned before the end of the invoice period, you can read here the number of rental days that were charged. In addition, you can find the return date of the returned cylinder there. Example: I returned my cylinder on 20 August. On 3 September I receive the invoice for the month of August. The second invoice sheet (downloadable via ´my account´) states that the cylinder was returned on 20 August and the rent was charged from 1 August to 20 August. Example 2: I returned my cylinder on 1 September. On 3 September I receive the invoice for the month of August. On the second invoice sheet (downloadable via ´my account´) it states that the cilinder is still on balance. This is because the cylinder was handed in after the billing period. On the next invoice, this cylinder will be listed as returned. How is daily rent calculated? You pay daily rent for each cylinder you have on location. This starts from the moment of delivery. Daily rent is calculated by multiplying the number of cylinders on location by the number of days they are in your possession. Annual rent I do not have any cylinders, but I have received an invoice where annual rent is charged It is possible that the lease has not yet been terminated. If you would like to know more about the possibilities of terminating your lease, please contact us via the online contact form or live chat Fees What does LT and ELT mean? Surcharge for long term (rental period longer than 2 months) and extra long term (rental period longer than 4 months). Why do I pay a paper invoice surcharge and how can I avoid it? You will receive this surcharge because you are not yet using e-billing and you receive invoices by post. You can subscribe to e-billing through the my profile area. You can also change the e-mail address for e-billing here. What are administration fees? Administration costs are the costs made by Linde for the administrative process. ADR What is ADR? The ADR (transport of dangerous goods by road) lays down international provisions and regulations for the transport of dangerous goods. VMT stands for safety and environmental surcharge. Both are necessary to ensure your and our safety. This surcharge includes costs incurred by Linde Gas in complying with all international laws and regulations. This includes the people: training, courses and exams as well as certifications according to, for example, ISO. I have picked up the cylinder myself but I´m charged ADR ADR is a government regulation, a kind of tax for the transport of dangerous products. This is charged as standard, regardless if you have Linde deliver your cylinders or if you collect the cylinder yourself. Complaint or question I have a question or complaint about an invoice; what should I do? If you have any questions or complaints about invoices, it is important that you let us know in the right way so that we can help you as best we can. In our FAQ you will find an overview of the most frequently asked questions about invoicing. Is your question not here? Or do you have a complaint? Below you will find the channels you can use to pass on questions or complaints about invoices to us. Step 1 - Reporting your question or complaint 1. Via my account´ at linde-gas.nl/shop (24 hours a day) You can access our online portal (linde-gas.nl/shop) 24/7 with self-service options. To submit your question/complaint, go to the my account area. ere you select the option invoices . You can search and filter invoices. Select the required invoice and click on ´Inquiry about invoice´. You will automatically be forwarded to the online contact form where your details are already filled in. In the field ´Request´ enter the invoice number. State in the same field exactly what your question or complaint is and click on 'send'. 2. Live chat (during office hours) The live chat is available from Monday to Friday from 08:00 to 17:00 (excluding holidays). To submit your question/complaint, please go to the webshop during opening hours and click on the chat icon at the bottom right. Please provide your customer number, invoice number, contact details and the question/complaint. 3. Online contact form (24 hours a day) You can use our online contact form at any time. Click here to be redirected to our online contact form. If you are logged in, you do not need to fill in your customer number and contact details. However, if you are not logged in, your data are not filled in yet. Please fill in your customer number and contact details and state the invoice number and your question/complaint in the 'request' field. 4. Email (24 hours a day) In addition to the above options, you can also send us an e-mail . Please include your customer number, invoice number, contact details and your question or request in your email. Step 2 - Handling of a question or complaint After your question has been received through the above channels, our customer service will process your question/request. We aim to do this within 5 working days and will contact you if anything is unclear. Step 3 - We inform you of the outcome of our investigation After the examination by our customer service, you will receive the conclusion of our findings. ]

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[ Vacuum insulated piping Vacuum insulated piping For minimal loss of liquid nitrogen when supplying your cryobank or cryogenic vessels Vacuum insulated transfer lines from Demaco - or SIVL are the basis for the infrastructure of not only our own cryobank, but also those at our customers' premises. As the name suggests, these are transfer lines for liquid gases, which are insulated by means of high vacuum and radiation shields. Vacuum-insulated transfer lines are always custom-made, if required after on-site measurement. Often the pipes produced by our partner are assembled on-site, where the customer can choose between weld couplings or Johnston couplings. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Pulp & Paper Pulp & Paper Pulp & Paper Together with industry players, we develop innovative new technologies Oxygen is an essential ingredient in many processes of modern pulp production, from delignification and bleaching to ozone production and increasing the capacity of chemical recovery boilers and lime kilns. Oxygen is also used in forestry for wastewater treatment processes, for example, to prevent odor nuisance and to intensify activated sludge. In close cooperation with our customers, we develop solutions for the requirements of the pulp and paper industry. In particular, we have invested significantly in the development of various special carbon dioxide applications in recent years. More information Flyer: Innovative solutions in papermaking Our solutions: Gas technology applications in the fiber line - increasing value for our customers by reducing costs in pulp production Solutions for recovery processes - improving overall installation costs and reducing environmental impact Gas-related technologies in the paper industry, focusing on solutions for marketing and sales processes - simplifying production, improving quality and reducing environmental impact Paper production CO2 Pulp Wash® Paper production Increased buffer capacity with the ADALKA® process stabilization process: Constant and stable conditions in stock preparation and short circuiting The ADALKA® process stabilization process, a new patented carbon dioxide application from Linde Gas - was recently introduced to the market. This process increases the alkalinity (i.e., buffer capacity) in the system, stabilizing the chemistry of the wet section and individual process steps such as milling and blending. It also provides excellent opportunities for optimizing additive chemicals. The ADALKA® process stabilization process was originally developed for the production of wood-free paper and paperboard. However, it can easily be adapted for the production of other paper types (such as wood-containing paper). CO2 Pulp Wash® Removal of fibrous compounds CO2 Pulp Wash® is a patented process introduced to the market by AGA in the early 1990s. It is currently used in more than 40 fiber lines for both bleached and unbleached kraft pulp (sulfate pulp) and sulfite pulp. The carbon dioxide added during the brown stock washing process promotes the removal of organic and inorganic compounds from the pulp. Thus, depending on the specific conditions of the mill, different benefits can be achieved in the pulp mill. Benefits of CO2 Pulp Wash®: Increased capacity of the washing unit Lower steam consumption in the evaporation unit due to lower wash water volume at constant wash loss Reduced need for additives such as antifoaming agents and descaling agents Reduced maintenance costs G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Carbon dioxide 4.0 To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument + dip tube To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ CAS numbers CAS listing Finding chemicals by name, formula or number To help you find the chemicals you need, we have created a central directory listing all chemical substances we offer in pure form or in mixtures. We have assigned a unique CAS number to every chemical substance that we use or offer. Chemical Name Chemical formula CAS number 1,1,2,2-Tetrachloroethane C2H2Cl4 79-34-5 1,1,2-Trichloroethane C2H3Cl3 79-00-5 1,1-Dichloroethane C2H4Cl2 75-34-3 1,1-Dichloroethylene C2H2Cl2 75-35-4 1,2,3-Trimethylbenzene C9H12 526-73-8 1,2-Butadiene C4H6 590-19-2 1,2-Dibromoethane C2H4Br2 106-93-4 1,2-Dichlorobenzene C6H4Cl2 95-50-1 1,2-Dichloroethane C2H4Cl2 107-06-2 1,2-Dichloropropane C3H6Cl2 78-87-5 1,3,5-trimethylbenzene C9H12 108-67-8 1,3-Butadiene C4H6 106-99-0 1,3-Dichlorobenzene C6H4Cl2 541-73-1 1,3-Dichloropropane C3H6Cl2 142-28-9 1,3-Dioxolane C3H6O2 646-06-0 1,4-Dichlorobenzene C6H4Cl2 106-46-7 1,4-Dioxane C4H8O2 123-91-1 1,4-Pentadiene C5H8 591-93-5 1-Butene C4H8 106-98-9 1-Chloro-1,1-difluoroethane C2H3ClF2 75-68-3 1-Chlorobutane C4H9Cl 109-69-3 1-Chloropropane C3H7Cl 540-54-5 1-Heptene C7H14 592-76-7 1-Hexanol C6H14O 111-27-3 1-Hexene C6HH12H 592-41-6 1-Nonanal C9H18O 124-19-6 1-Pentene C5H10 109-67-1 1-Propanol C3H8O 71-23-8 2,2,3-Trimethylbutane C7H16 464-06-2 2,2,4-Trimethylpentane C8H18 540-84-1 2,2-dichloro-1,1,1-trifluoroethane C2HCl2F3 306-83-2 2,2-Dimethylbutane C6H14 75-83-2 2,2-Dimethylpentane C7H16 590-35-2 2,2-Dimethylpropane C5H12 463-82-1 2,3-Dimethylbutane C6H14 79-29-8 2,3-Dimethylpentane C7H16 565-59-3 2,4,4-Trimethyl-1-Pentene C8H16 107-39-1 2,4,4-Trimethyl-2-Pentene C8H16 107-40-4 2,4-Dichlorotoluene C7H6Cl2 95-73-8 2,4-Dimethylpentane C7H16 108-08-7 2-Butanethiol C4H10S 513-53-1 2-Butanol C4H10O 78-92-2 2-Butanone C4H8O 78-93-3 2-Chloropropane C3H7Cl 75-29-6 2-Chlorotoluene C7H7Cl 95-49-8 2-Ethyltoluene C9H12 611-14-3 2-Hexanone C6H12O 591-78-6 2-Methyl-1-Butanol C5H12O 137-32-6 2-Methyl-1-butene C5H10 563-46-2 2-Methyl-1-pentene C6H12 137-32-6 2-Methyl-2-butene C5H10 513-35-9 2-Methylhexane C7H16 591-76-4 2-Methylpentane C6H14 107-83-5 2-Propanethiol C3H8S 75-33-2 3,3-Dimethylpentane C7H16 562-49-2 3,4-Dichlorotoluene C7H6Cl2 95-75-0 3-Chloro-1-propene C3H5Cl 107-05-1 3-Ethyltoluene C9H12 620-14-4 3-Methyl-1-Butene C5H10 563-45-1 3-Methyl-1-pentene C6H12 760-20-3 3-Methylhexane C7H16 589-34-4 3-Methylpentane C6H14 96-14-0 3-Pentanone C5H10O 96-22-0 4-Ethyltoluene C9H12 622-96-8 Acetaldehyde C2H4O 75-07-0 Acetic acid C2H4O2 64-19-7 Acetone C3H6O 67-64-1 Acetone-d6 C3H6O 66-652-4 Acetonitrile C2H3N 75-05-8 Acetylene C2H2 74-86-2 Acrolein C3H4O 107-02-8 Acrolonitrile C3H3N 107-13-1 Air Synthetic 132259-10-0 Allylamine C3H7N 107-11-9 Ammonia NH3 7664-41-7 Aniline C6H7N 62-53-3 a-Pinene C9H16 80-56-8 Argon Ar 7440-37-1 Arsine AsH3 7784-42-1 Benzene C6H6 71-43-2 Benzene-d6 [2h]6H6 1076-43-3 Boron trichloride BCl3 10294-34-5 Boron Trifluoride BF3 7637-07-2 Bromine Br2 7726-95-6 Bromochloromethane CH2BrCl 74-97-5 Bromoethane C2H5Br 74-96-4 Bromoform / Tribromomethane CHBr3 75-25-2 Bromotrifluoroethylene C2BrF3 598-73-2 Butyl acrylate C7H12O2 141-32-2 Carbon Dioxide CO2 124-38-9 Carbon dioxide-18O2 CARBON DIOXIDE (18O2) 18983-82-9 Carbon disulfide CS2 75-15-0 Carbon Monoxide CO 630-08-0 Carbon tetrachloride CCl4 56-23-5 Carbon-13C dioxide 13CO2 1111-72-4 Carbon-13C monoxide 13CO 1641-69-6 Carbonyl Fluoride CF2O 353-50-4 Carbonyl Sulfide COS 463-58-1 Chlorine Cl2 7782-50-5 Chlorobenzene C6H5Cl 108-90-7 Chloroform CHCl3 67-66-3 Chloroiodomethane CH2ClI 593-71-5 Chloromethane CH3CL 74-87-3 cis-1,2-Dichloroethene C2H2Cl2 156-59-2 cis-2-Butene C4H8 590-18-1 cis-2-Hexene C6H12 7688-21-3 cis-2-Pentene C5H10 627-20-3 Cumene C9H12 98-82-8 Cyanogen C2N2 460-19-5 Cyanogen Chloride CClN 506-77-4 Cyclobutane C4H8 287-23-0 Cyclohexane C6H12 110-82-7 Cyclohexanone C6H10O 108-94-1 Cyclohexene C6H10 110-83-8 Cyclopentane C5H10 287-92-3 Cyclopropane C3H6 75-19-4 Desfluran C3H2ClF6O 57041-67-5 Deuterium D2 7782-39-0 Diborane D2H6 19287-45-7 Dibromodifluoromethane CBr2F2 75-61-6 Dibromomethane CH2Br2 74-95-3 Dibutyl sulfide C8H18S 544-40-1 Dichloromethane CH2Cl2 75-09-2 Dichlorosilane SiH2Cl2 4109-96-0 Diethyl ethyl C4H10O 60-29-7 Diethyl Sulphide C4H10S 352-93-2 Diethylamine C4H11N 109-89-7 Diethylene Glycol Diethyl Ether C8H18O3 112-36-7 Difluoromethane CH2F2 75-10-5 Diisopropyl ether C6H14O 108-20-3 Dimethyl Disulfide C2H6S2 624-92-0 Dimethyl Ether C2H6O 115-10-6 Dimethyl sulfate C2H6O4S 77-78-1 Dimethyl sulfide C2H6S 75-18-3 Dimethylamine C2H7N 1244-0-3 Dimethyldisulfide C2H6S2 624-92-0 Dimethylsilane C2H8Si 1111-74-6 Dinitrogen Tetrafluoride N2F4 10036-47-2 Dipropyl sulfide C6H14S 111-47-7 Disilane Si2H6 1590-87-0 Dodecane C12H26 112-40-3 Enflurane C3H2ClF5O 13838-16-9 Epichlorohydrin C3H5ClO 106-89-8 Ethane C2H6 74-84-0 Ethyl Acetate C4H8O2 141-78-6 Ethyl alcohol C2H6O 64-17-5 Ethyl chloride C2H5Cl 75-00-3 Ethyl Fluoride C2H5F 353-36-6 Ethyl Methyl Sulfide C3H8S 624-89-5 Ethyl tert-Butyl Ether C6H14O 637-92-3 Ethylacetylene C4H6 107-00-6 Ethylamine C2H7N 75-04-7 Ethylbenzene C8H10 100-41-4 Ethylene C2H4 74-85-1 Ethylene glycol C2H6O2 107-21-1 Ethylene oxide C2H4O 75-21-8 Ethylmercaptan C2H6S 75-08-1 Ethylmethylsulfide C3H8S 624-89-5 Fluorine F2 7782-41-4 Fluorotribromomethane CBr3F 353-54-8 Formaldehyde CH2O 50-00-0 Formic acid CH2O2 64-18-6 Furan C4H4O 110-00-9 Halothane C2HBrClF3 151-67-7 Helium He 7440-59-7 Helium-3 3He 14762-55-1 Hexafluoroacetone C3F6O 684-16-2 Hydrogen H2 1333-74-0 Hydrogen Bromide HBr 10035-10-6 Hydrogen Chloride HCL 7647-01-0 Hydrogen Cyanide HCN 74-90-8 Hydrogen Fluoride HF 7664-39-3 Hydrogen iodide HI 10034-85-2 Hydrogen Selenide H2Se 7783-07-5 Hydrogen Sulphide H2S 2148-87-8 Iodoethane C2H5I 75-03-6 Iron pentacarbonyl C5FeO5 13463-40-6 Isobutane C4H10 75-28-5 Isobutanol C4H10O 78-83-1 Isobutene C4H8 115-11-7 Isobutyraldehyde C4H8O 78-84-2 Isofluran C3H2ClF5O 26675-46-7 Isooctane C8H18 26635-64-3 Isopentane C5H12 78-78-4 Isoprene C5H8 78-79-5 Isopropyl Acetate C4H10O2 108-21-4 Isopropyl alcohol C3H8O 67-63-0 Isopropylamine C3H9N 75-31-0 Krypton Kr 7439-90-9 Meethyl Cyclohexane C7H14 108-87-2 Methal Vinyl Ether C3H6O 107-25-5 Methane CH4 74-82-8 Methyl Acetate C3H6O2 79-20-9 Methyl alcohol CH4O 67-56-1 Methyl bromide CH3Br 74-83-9 Methyl Chloride CH3Cl 74-87-3 Methyl Fluoride CH3F 593-53-3 Methyl Formate C2H4O2 107-31-3 Methyl iodide CH3I 74-88-4 Methyl Isobutyl Ketone C6H12O 108-10-1 Methyl Mercaptan CH4S 74-93-1 Methyl tert-Butyl Ether C5H12O 1634-04-4 Methylacetylene C3H4 74-99-7 Methylamine CH5N 74-89-5 Methylene iodide CH2I2 75-11-6 Methylsilane CH6Si 992-94-9 Methylstyrene C9H10 25013-15-4 m-Xylene C8H10 108-38-3 N,N-Diethylformamide C5H11NO 617-84-5 N,N-Dimethylformamide DMF C3H7NO 68-12-2 n-Butane C4H10 106-97-8 n-Butanol C4H10O 71-36-3 n-Butyl Acetate C6H12O2 123-86-4 n-Butyl Mercaptan C4H10S 109-79-5 n-Butylamine C4H11N 109-73-9 n-Butyraldehyde C4H8O 123-72-8 n-Decane C10H22 124-18-5 Neon Ne 7440-01-9 n-Heptane C7H16 142-82-5 n-Hexane C6H14 110-54-3 Nickel carbonyl Ni(CO)4 13463-39-3 Nitric Oxide NO 10102-43-9 Nitrobenzene C6H5NO2 98-95-3 Nitrogen N2 7727-37-9 Nitrogen Dioxide NO2 10102-44-0 Nitrogen Trifluoride NF3 7783-54-2 Nitrogen-15 H3N 14390-96-6 Nitrosyl Chloride NOCl 2696-92-6 Nitrous oxide N2O 10024-97-2 n-Nonane C9H20 111-84-2 n-Octane C8H18 111-65-9 n-Pentane C5H12 109-66-0 n-Propanol C3H8S 71-23-8 n-Propyl Acetate C5H10O2 109-60-4 n-Propyl Mercaptan C3H8S 107-03-9 n-Propylamine C3H9N 107-10-8 Octafluorobutane R-318 C4H2F8 662-35-1 Octafluorocyclobutane C4F8 115-25-3 Oxygen O2 7782-44-7 o-Xylene C8H10 95-47-6 Perchloryl Fluoride ClFO3 7616-94-6 Perfluoro-2-Butene C4F8 360-89-4 Phenol C6H6O 108-95-2 Phosgene CCl2O 75-44-5 Phosphine PH3 7803-51-2 Phosphorus Trichloride PCI3 7719-12-2 Phpsphorus Oxychloride PCI3O 10025-87-3 Propadiene C3H4 463-49-0 Propane C3H8 74-98-6 Propylbenzene C9H12 103-65-1 Propylcyclohexane C9H18 1678-92-8 Propylene C3H6 115-07-1 Propylene oxide C3H6O 75-56-9 p-Xylene C8H10 106-42-3 Pyridine C5H5N 110-86-1 R 11 Trichloromonofluoromethane CCl3F 75-69-4 R 1113 Chlorotrifluoroethene C2ClF3 79-38-9 R 113 1,1,2-Trichloro-1,2,2-Trifluoroethane C2Cl3F3 76-13-1 R 1132a 1,1-Difluoroethylene C2H2F2 75-38-7 R 114 1,2-Dichloro-1,1,2,2-tetrafluoroethane C2Cl2F4 76-14-2 R 115 Chloropentafluoroethane C2ClF5 76-15-3 R 116 Hexafluoroethane C2F6 76-16-4 R 12 Dichlorodifluoromethane CCl2F2 75-71-8 R 12B1 Difluorochlorobromomethane CBrClF2 353-59-3 R 12B2 Dibromodifluoromethane CBr2F2 75-61-6 R 13 Chlorotrifluoromethane CClF3 75-72-9 R 134a 1,1,1,2-Tetrafluoroethane C2H2F4 811-97-2 R 13B1 Trifluorobromomethane CBrF3 75-63-8 R 14 Tetrafluoromethane CF4 75-73-0 R 142b Chlorodifluoroethane C2H3ClF2 75-68-3 R 143a 1,1,1-Trifluoroethane C2H3F3 420-46-2 R 152a 1,1-difluoroethane C2H4F2 75-37-6 R 21 Dichlorofluoromethane CHCl2F 75-43-4 R 22 Chlorodifluoro methane CHClF2 75-45-6 R 23 Trifluoromethane CHF3 75-47-8 R-1216 Hexafluoropropylene C3F6 116-15-4 R-218 Perfluoropropane C3F8 76-19-7 RC 318 Octafluorobutene-2 C4F8 115-25-3 sec-Butanol C4H10O 78-92-2 Sevoflurane C4H3F7O 28523-86-6 Silane SiH4 7803-62-5 Silicon Tetrachloride SiCl4 10026-04-7 Silicon Tetrafluoride SiF4 7783-61-1 Styrene C8H8 100-42-5 Sulfur Dioxide SO2 94336-28-4 Sulfur Hexafluoride SF6 2551-62-4 Sulfur Tetrafluoride F4S 783-60-0 Sulfur Trioxide SO3 7446-11-9 Sulfuryl fluoride F2O2S 2699-79-8 tert-Butanol C4H10O 75-65-0 tert-Butylamine C4H11N 75-64-9 tert-Butylmercaptan C4H10S 75-66-1 Tetrachloroethylene C2Cl4 127-18-4 Tetrafluoroethylene C2F4 116-14-3 Tetrahydrofuran C4H8O 109-99-9 Tetrahydrothiophene C4H8S 110-01-0 Tetramethylsilane C4H12Si 75-76-3 Thiopene C4H4S 110-02-1 Titanium Tetrachloride TiCl4 7550-45-0 Toluene C7H8 108-88-3 Trans-1,2-Dichloroethylene C2H2Cl2 156-60-5 Trans-2-Butene C4H8 624-64-6 Trans-2-Pentene C5H10 646-04-8 Trichloroethylene C2HCl3 79-01-6 Trichlorosilane SiCl3H 10025-78-2 Triethyl Aluminium C6H15Al 97-93-8 Triethylamine C6H15N 121-44-8 Trimethylamine C3H9N 75-50-3 Trimethylboron B(CH3)3 593-90-8 Trimethylsilane C3H10Si 993-07-7 Tungsten Hexafluoride WF6 7783-82-6 Vinyl Acetate C4H6O2 108-05-4 Vinyl Acethlene C4H4 689-97-4 Vinyl bromide C2H3Br 593-60-2 Vinyl chloride C2H3Cl 75-01-4 Vinyl fluoride C2H3F 75-02-5 Vinyl Methyl Ether C3H6O 107-25-5 Vinylcyclohexane C8H14 695-12-5 Water H2O 7732-18-5 Xenon Xe 7440-63-3 ]

[ Glass Glass Increasing efficiency and quality levels in the glass industry There are many ways to increase combustion efficiency in glass melting. These include: Oxygen enrichment Oxygen jet Oxyfuel boosting Heating with oxyfuel only Using pure oxygen in combustion processes eliminates nitrogen from the process and increases flame temperatures. Solutions with oxyfuel also increase CO2 and H2O levels in the vicinity of the flame. Because these gases contribute greatly to thermal radiation, this makes the operation of gas burners more efficient. Burners for the glass industry → Decarbonization and performance increase → Treatment of glass and molds → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Nitrogen Nitrogen The production of nitrogen is based on the separation of air into its components In our air separation plants, compressed air is cleaned and then compressed. The compressed air is then cooled to very low temperatures. The air is then compressed again to liquefy and be separated by distillation into, among other things, nitrogen. The temperature of liquid nitrogen drops to as low as -196 degrees Celsius in the process. Other techniques that can be used to separate air and purify the various components are separation by membranes and adsorption by selective bonding to an adsorption bed. What is nitrogen? Nitrogen is an odorless, tasteless and colorless gas, which occurs in our air and makes up 78% of the earth's atmosphere. The main property of nitrogen is that it behaves as an "inert" gas with respect to most substances. The gas is not poisonous, but it does suffocate and in an arc it can form nitrous vapors, which are harmful. A good extraction is therefore recommended. How is nitrogen used? Linde Gas Benelux supplies nitrogen in both gaseous and liquid form. Gaseous nitrogen is widely used as a raw material for the preparation of nitrous oxide, TNT, dyes, ammonia and fertilizers, heat treatment, chromatography, blanketing, gas packaging and inerting, among other things. Liquid nitrogen is used in a variety of industries. Small amounts of liquid nitrogen can be used to treat skin conditions, such as warts. Larger quantities of liquid nitrogen are used, for example, in shrinking metal and preserving samples. G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Nitrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Nitrogen Foodgrade To order this product, you need to login or register   Add to cart Nitrogen Trace Farma To order this product, you need to login or register   Add to cart ]

[ Cryogenic pressure and transport vessels Cryogenic pressure and transport vessels Mobile low pressure nitrogen vessels for your supply of nitrogen. The wheeled cryogenic pressure vessels of the AC low pressure series from Auguste Cryogenics vessels make transporting nitrogen very easy and are available in 70, 120 and 240 liter capacity. They are robust, transportable pressure vessels built according to TPED regulations. Only TPED approved vessels may be transported under pressure on private property and on public roads according to ADR. The standard working pressure is set at 1.5 bar, but can vary up to a maximum working pressure of 10 bar. Optional accessories AC Series: C-stic, digital level gauge Transport chassis with tie rod or connecting rod Cryogenic hand drain hose Datasheet Not (yet) available Other pressure vessels In addition to AC series vessels, we also offer vessels from other manufacturers, including the Apollo series (50 to 350 liters), CryoAnlagenbau, Chart Euro-Cyl and Statebourne. Do you have any questions? Please contact us using the form below. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Customer Portal Customer Portal Register Orders & deliveries Invoices Cylinder balance E-billing Add a customer number Add a delivery address Technical issues Register Are you a new customer? If you are not yet a customer of Linde Gas Benelux, you can register as a new customer by clicking on this link . In the webshop you can also click on ´Login/Register´ at the top right. A pop-up will appear where on the right-hand side you can click on ´Register´. A new page will open with the option ´Register as a new customer´. In the next screen, fill in your details and click on ´Create Account´. Your account will be checked by our customer service and they will contact you if there are any questions. If your account has been approved, you will receive a confirmation email. You will then be able to login and use your account. Are you an existing customer? If you are already a customer of Linde Gas Benelux, you can register as an "existing customer" by clicking on this link . In the webshop you can also click on ´Login/Register´ at the top right. A pop-up will appear where on the right-hand side you can click on ´Register´. A new page will open with the option ´Register as an existing customer´. To create an account you will need your customer number and a delivery or invoice number. This document may not be older than 6 months. After entering both numbers you can enter your data and click on ´Create Account´. You will have immediate access to your online account. Username When registering, you must provide a username. The username must always be an email address. Important: The email address you enter here is the email address that messages are sent to from the customer portal (for example, order confirmations). Therefore, the email address you entered as the username does not necessarily have to be the same contact email address. Can I change my username? The email address you use to log in, your username, cannot be changed. If you want a new username, you will have to create a new account. The contact email address, where order confirmations are sent to, can be changed. If you want to change that email address, you can contact our customer service via the live chat (office hours) or via the online contact form . Password Passwords must be a minimum of 8 characters and meet the following criteria: - The password must contain lowercase and uppercase letters. - The password must contain at least one number and one letter. - The password must consist of at least three consecutive letters or numbers. - The password must not be the same as the username. - The password must not have been used before. How can I change my password? You can change your password after you have logged in. To do this, go to ´My Account´ and then to ´My Profile´. Select the option ´Change contact and password´. Here you can change your password. I forgot my password. What should I do? If you click on ´Login / Register´ in the upper right corner of the shop, a pop-up will appear where you can log in. Under the field where you must enter your password it says ´Forgot password´. If you click on it, you will be redirected to the page where you can reset your password. You will then be sent an email with which you can reset your password. How do I delete my online account? If you want to delete your user account, you can contact us via live chat during business hours. Outside of office hours, you can submit your request via our online contact form . You can create a new account again at any time. Orders & deliveries Where can I find my previous orders and deliveries? In the 'my account' section you have the option 'orders & deliveries'. Here you can find all orders, regardless of whether they were ordered through the webshop or another channel. Here you will also find any bulk deliveries and specialty gas deliveries. In addition, you can directly download the delivery documents of all orders. Invoices Where can I access my invoices? If you are logged in, you can select ´Invoices´ from the ´My Account´ section. There you can use filters or searches to find your invoice. Then you can select the invoice and download a copy invoice. Cylinder balance Where can I see my current cylinder balance? If you are logged in, you can choose 'Cylinder balance' via the 'My account' section. There you can select a delivery location and view the current cylinder balance for that location. Can I download my current cylinder balance as an excel file? Yes, you can. If you are logged in, you can choose 'Cylinder balance' via the 'My account' section. There you can select a delivery location and the current cylinder balance for that location will appear. If you navigate down you will see the option to download the overview as an Excel or CSV file in the lower left corner. My cylinder balance is not correct. How can I have this corrected? You can select the line(s) in the cylinder balance overview that you have questions/complaints about. After selecting the lines, click on ´Request additional information´. You will then be forwarded to our online contact form with your details already filled in. Please indicate in the field ´Request´ what is wrong or what you have questions about. Our customer service will then contact you. E-billing What is e-billing? E-billing is the digital delivery of invoices. These are then sent to you in PDF format via email. How can I sign up for e-billing? You can easily sign up for e-billing in the ´my profile´ section. If you are logged in, you will go to the ´my account´ section. Here you can click through to the ´my profile´ section. Choose "E-billing" in the menu. There you can enter the email address where you want to receive the invoices from now on. How can I change the email address for receiving invoices? If you are logged in, go to the ´My Account´ area. Here you can click through to the ´My Profile´ area. Next, choose the ´E-billing´ option from the menu. There you can change the current email address to a new one. Add customer number I have multiple customer numbers. How can I add them to my account? If you are logged in, you can go to the ´My Profile´ area via the ´My Account´ area. There you choose the option ´add customer number´. To add an extra customer number you need the customer number and a document number (order, delivery document or invoice) that is not older than 6 months. If you do not have a document number, please contact us during business hours via live chat or outside business hours via our online contact form . How do I remove a customer number from my account? Removing customer numbers from your online account can only be done by our customer service team. You can make this request via the online contact form . Add delivery address How can I add a new delivery address to my account? If you are logged in, you can go to the ´my account´ environment to the ´my profile´ environment. There you will choose the option ´Delivery Information´. Then click on ´Add a new delivery address´ and there you can enter the details of the new location. How can I change an existing delivery address? Changing delivery addresses can only be done by our customer service. You can submit a request for this via the online contact form . Please indicate what the current delivery address is and what the new address should be. How can I delete an existing delivery address? Deleting delivery addresses can only be done by our customer service. You can make a request via the online contact form . Technical issues I can't log in. What should I do? There may be several reasons why you cannot log in: - You are trying to log in at the wrong webshop (for medical gases go to Linde Healthcare Benelux ) - You are trying to log in with the wrong user name (go to forgot username ) - You are trying to log in with a wrong password (go to forgot password ) - You have not logged in for more than 6 months and your account has been blocked (go to contact form ) - None of the above situations? Then try to delete your cookies If none of the above solutions fix the problem, please contact us via live chat or the online contact form . The webshop is not working in my browser. What should I do? The Linde Gas Benelux webshop works optimally when the following browser versions are used: Internet Explorer - Version 10 and higher Firefox - Version 38 and higher Chrome - Version 45 and higher Safari - Version 8 and higher The webshop is also 'mobile responsive', which means that it also works on tablets and cell phones. Although the shop also works in other browsers, working and display errors may occur. Because of the many different browsers we cannot help you with this. We count on your understanding. Please check in your browser settings whether Javascript is enabled. If you want to know which browser version you are using, click on "Help" in the menu of your browser in Windows and Linux. On a Mac, select the Apple menu and click on ´´About´. Are transactions in the Webshop secure? We take appropriate security measures to protect the data stored on our servers. We draw your attention to the fact that the transmission of information via the Internet (and via other electronic channels) always involves a certain risk and that we cannot give any guarantees regarding the security of information transmitted in this way. ]

[ Polyurethan foaming Polyurethan foaming Polyurethan foaming Do you want to save raw materials and protect the environment at the same time? Carbon dioxide for PUR foaming processes is a viable alternative for continuous and discontinuous foaming processes. High-pressure supply systems and metering devices developed by Linde in close cooperation with industry partners are extremely efficient and meet the latest technological requirements. The choice of system depends on the flow rate of carbon dioxide and the pressure used in the foaming process. Advantages In addition to the environmental aspects, CO2 technology offers economic advantages, including above all optimized raw material consumption and less foam waste. In addition, foams produced with CO2 as blowing agent have lower density, very good quality and uniform cell structure. Intertgas metering device The patented DSD 500 metering device enables precise metering of inert gases, e.g. gaseous nitrogen or liquid CO2 into an extruder, injection molding machine or PUR foaming system. The flow rate is controlled extremely precisely and independently of pressure, temperature or type of gas. Booster systems for liquid CO2 Choose from our wide range of high-performance low-pressure pump systems for liquid CO2 for your foaming process. The systems with max. 80 bar can be used to supply any type of metering pumps with bubble-free liquid CO2. The CO2 pressure can be adjusted according to your needs. G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Carbon dioxide 4.0 To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument + dip tube To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Vulcanising Vulcanising Vulcanising Vulcanizing with nitrogen is a very competitive application, especially for products such as hoses and tires The use of nitrogen in vulcanizing the raw rubber for tires significantly reduces operating costs by: Shorter cycle times Longer service life of the heating bellows Energy savings Reduced corrosion of the line pipes At the same time, vulcanization of very high quality is achieved This results in the following advantages for you: Complete gas supply solution for your specific needs Know-how in gas technology Support during tests Assistance with commissioning on site Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ GENIE® cylinder GENIE® Introducing a groundbreaking cylinder range addressing the need for smarter, cleaner, user-friendly gas packages We have developed a technologically advanced range of lightweight, high-volume cylinders to meet the portability needs of mobile and low-volume gas users. The GENIE® cylinder family is a landmark departure from the steel cylinders you would have typically used in the past. It incorporates impressive new usability features such as built-in digital intelligence, gas identification rings, easy-grip handles and an unprecedented range of accessories. These include a detachable wheelbase and telescopic handles – all designed to improve your overall experience. GENIE cylinders come with a working pressure of 300-bar. Not only do these cylinders weigh less than conventional 200-bar steel cylinders, they also hold about 50 percent more gas. This new range is suited to argon, carbon dioxide, oxygen, helium, nitrogen and various shielding gases. More information GENIE flyer Who is GENIE for? Introducing lightweight, high-volume cylinders to meet the portability needs of mobile and low-volume gas users Whether working outdoors on a farm or railway, working at a client’s premises as an HVAC or refrigeration engineer, welding in a workshop or serving the hospitality sector; GENIE is the cylinder for you. GENIE comes with digital intelligence, allowing you to see exactly how much gas is in the cylinder and how long it will last before you even start work. More convenient than steel cylinders, GENIE are stable, even on uneven ground, they are safe and easy to move and can even be stacked to keep your work area tidy. GENIE user manual Smart. Convenient. Portable - Making life easy Before using your GENIE, we recommend you take a few moments to read through the GENIE user manual (pdf) which contains important safety information, detailed guidance on operating the cylinder's digital display unit and helpful hints about fitting your regulator and accessories. G Argon 5.0 GENIE To order this product, you need to login or register   Add to cart Balloon helium GENIE 200bar To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Argon 4.6 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Hydrogen 5.0 GENIE To order this product, you need to login or register   Add to cart ]

[ ACCURA® gas management ACCURA® Gas Management for cylinders Taking full control of all Linde cylinders at your company – even if they are at different locations ACCURA® gas management for cylinders is an Internet-based tracking service that gives you all the information you need to take full control of the Linde cylinders at your company. Using a barcode system, you can track cylinder inventories, movement history, batch expiry dates, custom warnings, detailed usage reports, and much more. More information ACCURA® Gas Management for cylinders Benefits of ACCURA® You can access ACCURA with your user ID and password using a standard Internet browser – no special software required Overview of current stock including cylinder-specific information – product type and numbers, fill date, batch, product data sheets, etc. Extensive analyses – online or as Excel download – of stock lists, minimum and long-term stocks, service life, etc. Comprehensive search functions – for delivery notes, individual cylinders, material numbers and designations, batches etc. Wide range of administrative functions – user management, definition of customised material numbers, minimum stocks and expiry dates Management of company-internal cylinder distribution to points of use via barcode scanner Documentation of cylinder locations Analysis of length of time cylinders have been at points of use With ACCURA gas management for cylinders, you have quick and easy access to information about your business processes and cylinder information throughout your company - even at multiple locations if necessary. This allows you to optimize the efficiency of different business units and minimize administrative burdens - saving you time and money. You can track each individual cylinder and document expiration dates and batch data, for example. ACCURA gas management for cylinders improves internal cylinder logistics. High transparency increases cost awareness within your company and gives you a means to optimize rental costs. This functionality supports the planning, management and reporting of all your required gases. You will also save time and money through the possibility of comprehensive analysis of your gas consumption and current cylinder stock. Interested? Contact us via live chat (during business hours) or our online contact form . Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Brazing & Soldering Brazing Brazing in general is a thermal process for joining materials in a material-to-material contact Joining and coating of materials, in which a liquid phase is created by melting a solder or by diffusion at the boundary surfaces. The melting temperature of the base materials is not reached. This characteristic distinguishes brazing from welding processes, in which the base material is always also melted. Brazing with a flame, i.e. flame brazing, is one of several possible methods of introducing the heat required to melt the brazing alloy. The heat source is a fuel gas-oxygen or fuel gas-air flame. For perfect soldering, wetting of the base material is an essential condition. For this purpose, the soldering surfaces must be metallically clear and heated together with the solder to at least the operating temperature. In addition, at least one component of the solder alloy must be able to form an alloy with the base material. Alloy formation at the surface occurs on a microscopic scale. The resulting diffusion zone is practically undetectable under the light microscope. Solder Solder is pure metal or alloy; it is usually available as wire or rod, but also as sheet, granulate or powder. A distinction is made between soft solder with a melting temperature below 450°C and hard solder with a melting temperature above 450°C. For this reason, soldering at an operating temperature lower than 450 °C is called soft soldering and soldering at an operating temperature higher than 450 °C is called hard soldering. It is recommended that the indicated working temperatures are adhered to, because exceeding the temperature can lead to oxide saturation of the flux, evaporation of individual solder components and loss of strength of the base material. Soft soldering Soft soldering with a flame is usually performed with a fuel gas-air flame. Injection burners or burners in which the air is drawn in and mixed according to the Bunsen principle are used, as well as burners used to heat a soldering iron. Fluxing agents for soft soldering are acids or substances that split off acids, e.g., solder water, salmiac, solder grease, and organic substances, e.g., rosin. They are available as aqueous solutions, as a paste, in powder form or in solid form (salmiac stone). They may also be included as flux cores in the soft solder. Soft solder joints are usually lead-tin solder, with or without antimony, lead-tin solder with the addition of copper, silver or phosphorus, as well as special solder joints of various compositions of lead, tin, cadmium and silver. Soft soldering is used when hard soldering is not possible for temperature reasons. The strength of a soft solder is always lower than that of a hard solder. Hard soldering Torches are generally used for brazing with a flame; welding inserts are very often used as welding inserts because they enable large surfaces to be heated with a soft flame. The fluxes used for brazing contain boron compounds, single and complex chlorides and fluorides, phosphates, silicates and similar substances. They are available as a paste, in powder form, in liquid form or as a paste or powder flux solder mixture. They also exist as flux coatings or flux cores around or in brazing rods. Flux residues should always be removed by washing or pickling after brazing. The strength of brazed joints can reach or even exceed the strength of the base materials, if the construction is suitable. In brazing construction, overlaps are usually chosen to provide the largest possible bond area for the brazing alloy. Pure butt joints should be avoided. Pipes are brazed with sleeves, T-joints on pipes with properly prepared (notched) pipes. SOLDEERFLEX-ACS® This new automatic control system monitors both the residual oxygen content of the atmosphere directly at the PCB and analyzes the incoming gas. The results of the atmosphere analysis are used to separately control the gas flow in the various segments of the soldering system or above the solder bath in wave soldering machines. SOLDERFLEX-ACS® - Advantages No oxidation of PCB, components, solder and fluxes Minimal need for low solids fluxes Increased wetting No contamination by flux residues Reproducible conditions No discoloration High productivity Reduction of soldering defects Saving of shielding gas No post cleaning Environmentally harmful washing processes are eliminated Less cleaning required for wave soldering systems G Argon 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 GENIE To order this product, you need to login or register   Add to cart Propene To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart Acetylene To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. 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[ Inerting Inerting Inertization You benefit from decades of experience and the knowledge gained from numerous successfully completed projects For applications involving gases, Linde engineers offer you world-class expertise. Here you will find a wealth of information on the process innovations they have developed and their application expertise in inerting, purging & blanketing. Click on the individual applications for more detailed information on how we can help you achieve your quality, efficiency and optimization goals. In many processes in the chemical industry, it is necessary to: To prevent explosions To exclude undesired reactions To keep moisture away from products To ensure safety when performing maintenance and service work Applications Blanketing with nitrogen Purging Spraying More information GAXINERTER® tank inerting system White Paper: Inerting in the chemical industry Applications Since in many cases these objectives cannot be achieved by equipment technology and design alone, additional inert gases and associated special engineering equipment are often used. In particular, this involves reducing the oxygen content and preventing oxygen and/or moisture from coming into contact with reactive or adsorptive products. This is done mainly by inerting with nitrogen, sometimes with carbon dioxide and in exceptional cases with argon. In most cases, the aim is to completely or partially displace the air, which contains oxygen and often moisture, or to keep it away from the products by means of an inert gas. Examples of applications: Reactors, stirred tanks Centrifuges and vacuum filters Grinding and mixing plants Tank farms, containers Dryers, silos Filling installations Oil and fuel pipelines Industrial service Blanketing with nitrogen When storing volatile or oxidizing substances, safety and maintaining product quality are top priorities. Nitrogen blanketing, also known as "blanketing," is a safe and reliable method of continuously maintaining a protective layer of gas over the substance of interest. Humid air in the headspace is replaced by very pure, inert and completely dry nitrogen. A system of high-precision control valves ensures that when the tank is filled or emptied, the amount of nitrogen in the tank is automatically balanced to maintain the protective layer. Purging Oxygen and moisture in the atmosphere of process rooms - for example in reactors - can be efficiently and cost-effectively displaced during start-up or shutdown by purging with gaseous nitrogen (GAN). The filling and flushing of the process vessel with the dry gas can be fully controlled. Since no pumps are required, there is no risk of sparks, ignition sources or cross contamination. More importantly, the use of nitrogen ensures that there is "no reaction" either with the previously stored substance or with the products manufactured further down the process. Safety is a top priority Our unique safety system provides a safe platform for assessing the ignition properties of a wide range of gases, vapors and mixtures. With PC-based software, our application engineers can show you how to reduce start-up and downtime. With us as your partner, you get safe, reliable and cost-effective solutions. They include: Safety analysis with our safety system Conducting tests and profitability analyses Elaboration of a customized problem solution Selection of an economically inert gas according to the purity standards required for the process Supply, installation and commissioning of the inerting hardware Purification methods In displacement purging, vaporized nitrogen is blown into an open device to displace the dangerous or harmful gas. This method is used primarily when the H/D ratio is high. The amount of nitrogen usually required is on the order of 1.2 times the tank volume. Dilution purging Dilution purging involves feeding gaseous nitrogen into an open device to dilute the hazardous or noxious gas. The diluted gas then flows out through the exhaust. This method occurs at lower H/D ratios. The nitrogen requirement is approximately 3.5 times the tank volume. Purging by pressure swing In "pressure swing purging," gaseous nitrogen is squeezed into a closed arrangement to increase the pressure. When blowing off, the dangerous or harmful gas escapes first. The process (closing - blowing in - opening - blowing out) continues until the desired concentration is reached. Both overpressure and vacuum can be used. Pressure swing purging is used when, for example, the inlet and the outlet are close together. Facilities According to the needs of the chemical industry, the following technologies and products are available: Measuring and dosing stations for different processing capacities Nozzles for injecting liquid nitrogen into a gas stream Inert gas locks N2LOCK® for safe filling of containers with bulk material Software for inerting tasks - calculation of explosion limits and required amount of inert gas Spraying Removing oxygen by introducing nitrogen When nitrogen is introduced into liquids in the form of small bubbles, the oxygen present can be effectively removed. This method provides excellent control of the process and does not introduce other substances into the liquid. Tubing with nitrogen is also fast and effective and can be flexibly integrated into the process environment. G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 DNV offshore To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Nitrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. 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[ Stainless steel shielding gases RVS shielding gases Protection for your welding processes In our welding and cutting gas guide (Dutch) you will find a complete overview of the materials and applications, with the corresponding gas advice. TIG welding of RVS MIG/MAG welding of RVS More information Welding and cutting gas guide (Dutch) Gases for TIG welding of stainless steel Argon 4.6 Standard shielding gas for TIG welding of all weldable metals, including stainless steel. Also suitable for plasma welding. The gas gives, in addition to good protection, an easily ignitable arc and has a favorable influence on the arc characteristics. Argon 5.0 Standard shielding gas for TIG welding of all weldable metals, including stainless steel. Also suitable for plasma welding. The gas gives good protection and has a favorable influence on the arc characteristics and an easily ignitable arc. Due to its higher purity than argon 4.6, it is also suitable for welding titanium, tantalum and zirconium. Argon/hydrogen 95/5 This argon/hydrogen mixture is mostly used for TIG welding, plasma welding and plasma cutting of austenitic stainless steels. The addition of hydrogen increases the arc voltage as well as the arc energy, more than with Ar/H2 98/2. As a result, the feed rate can be increased. Argon/hydrogen 98/2 Also for TIG welding, plasma welding and plasma cutting of austenitic stainless steels. The addition of hydrogen increases the arc voltage, as well as the arc energy. The progression speed can be increased considerably, compared to argon as a shielding gas. Heligon 15 Specially developed for the TIG welding of heat-conducting materials. The helium addition provides higher arc energy and thus better burn-in and higher productivity. Heligon 25 Specially developed for the TIG welding of heat-conducting materials. The helium addition provides higher arc energy and thus better burn-in and higher productivity. Mison Argon Provides good protection around the arc and the weld pool. Provides, through the addition of NO, a stable arc characteristic. The NO also has an ozone reducing effect. G Argon 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 GENIE To order this product, you need to login or register   Add to cart Argon 4.6 NEMO PLUS To order this product, you need to login or register   Add to cart Argon 4.6 offshore To order this product, you need to login or register   Add to cart Argon 5.0 To order this product, you need to login or register   Add to cart Argon 5.0 GENIE To order this product, you need to login or register   Add to cart Argon/Hydrogen 95/5 To order this product, you need to login or register   Add to cart Argon/Hydrogen 98/2 To order this product, you need to login or register   Add to cart Heligon 15 To order this product, you need to login or register   Add to cart Heligon 25 To order this product, you need to login or register   Add to cart Mison Argon To order this product, you need to login or register   Add to cart Gases for MIG/MAG welding of stainless steel Carbon dioxide 2.7 Carbon dioxide, as a shielding gas in gas arc welding, results in a wide burn-in, while in addition, the risk of porosity in the weld due to contamination of the material is significantly reduced. With the exception of the use of some cored welding wires, carbon dioxide is not suitable for welding at high amperages, as large, irregular droplets are produced. Due to the oxidizing nature of this gas, a welding wire with sufficient deoxidizing agents will need to be used. Mison 20 For the MAG welding of stainless steel with filled wire. Good wetting in the weld pool in the short-circuit area. Maximum security against porosity in the spray arc area. Excellent for welding root passes and in those applications, where a good, wide penetration is required. The gas component NO provides a more stable arc and limits the ozone concentration in the arc area. Protegon 20 For MAG welding of stainless steel with a rutile-filled wire. Maximum security against porosity in the spray arc area. Excellent for welding root seams and in those applications, where a good, wide burn-in is required. Protinox Protinox is used in manual and automatic MAG welding of most stainless steels. This mixture is suitable for all MAG welding methods, such as short-circuit arc, and spray arc, as well as pulsed arc. This balanced three-component mixture consists of argon, carbon dioxide and a small amount of hydrogen. This guarantees an even, fine material transfer. The discoloration of the welding material is greatly reduced by the presence of the reducing hydrogen. The charring of the welding material due to the carbon dioxide addition is very low, while the loss of alloying constituents from the filler metal is nil. The welded joints have excellent X-ray density. Protinox-S Protinox-S is a new, extremely carefully formulated mixing gas that enables the MAG welding of stainless steel at high speeds while meeting the highest quality requirements. Furthermore, it has the same applications as Protinox. Protix RVS Protix RVS is the universal shielding gas for the MAG welding of high-alloy steel (stainless steel). The low percentage of carbon dioxide ensures a stable arc, good penetration and good fusion of both welding edges. G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Protix RVS To order this product, you need to login or register   Add to cart Protix RVS NEMO PLUS To order this product, you need to login or register   Add to cart Protinox-S To order this product, you need to login or register   Add to cart Protinox-S NEMO PLUS To order this product, you need to login or register   Add to cart Mison 20 To order this product, you need to login or register   Add to cart Protegon 20 To order this product, you need to login or register   Add to cart ]

[ Argon Argon The production of argon is based on the separation of air into its components Naturally, Linde is also an argon gas supplier. In our air separation plants, compressed air is cleaned and then compressed. The compressed air is then cooled to very low temperatures. It is then compressed again to liquefy the air and separate it by distillation into, among others, argon gas. What is argon? Argon (Ar) is the third of the 7 noble gases in the periodic table under the atomic number 18 with the chemical symbol Ar. Argon is an odorless, colorless, mono-atomic and inert gas, making it particularly attractive as a shielding gas in a wide range of welding applications. This gas is heavier than air and a poor electrical conductor. Argon is the most abundant noble gas on earth. How is argon used? Argon is not only used as a shielding gas, but it is also used very frequently in this field. As an inert gas, it is preferentially used for MIG and TIG welding. As a shielding gas, it surrounds the arc and the molten metal and protects it from the influence of oxygen from the ambient air. Argon is also used in lighting, because even high heat does not increase the reactivity of this noble gas and it is therefore often used as a filler gas in light bulbs. Argon is used in a wide variety of welding and cutting applications. Argon's chemical properties make it particularly suitable as a shielding and welding gas. It is heavier than air and therefore protects against the highly flammable oxygen in the ambient air during welding. Why are there different purities and what is their purpose? Linde Gas Benelux offers argon in different purities and forms of delivery. The purity level determines the scope of welding. The material and the welding result vary according to the purity. Argon 4.6 is particularly suitable as a welding gas for thinner materials such as aluminum and non-ferrous metals. In TIG shield gas welding, it is worth switching to a purity of argon 4.6 for materials such as titanium or stainless steel - this purity achieves particularly good welding results. This purity level is also often used in the development of semiconductors. The professional gas for arc welding, plasma welding and plasma cutting is argon 5.0, which has a purity of 99.999%. We offer argon not only in different purities, but also in bottle sizes. From 20 liters to 50 liters at 200 bar or 300 bar, and in packages, you will find delivery types tailored to your needs. Do you need the welding gas at different places in your company? No problem! The Argon GENIE® is designed for mobile use - stable, lightweight, intelligent display and ergonomic handles. G Argon 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 GENIE To order this product, you need to login or register   Add to cart Argon 4.6 NEMO PLUS To order this product, you need to login or register   Add to cart Argon 4.6 offshore To order this product, you need to login or register   Add to cart Argon 5.0 To order this product, you need to login or register   Add to cart Argon 5.0 GENIE To order this product, you need to login or register   Add to cart Argon 6.0 Scientific To order this product, you need to login or register   Add to cart ]

[ Food grade gases Food Grade Gases Food grade gases are defined as gases used as a processing aid and/or an additive in order to ensure that standards are complied with Wij leveren voedselveilig kooldioxide (CO2), stikstof (N2) en zuurstof (O2) alsmede andere (vloeibare) gassen die zijn toegelaten voor voedingsmiddelen. De gassen worden voorgemengd geleverd of individueel in hogedrukcilinders of als vloeistoffen in geïsoleerde tanks, waarna ze kunnen worden gemengd bij de verpakkingsmachine. Stikstof en zuurstof worden gewonnen uit gewone lucht. Kooldioxide wordt gewonnen uit natuurlijke bronnen of komt vrij als nevenproduct van gistingsprocessen (wijn-, bierproductie), bij de productie van ammoniak of stoomreforming / vergassing en waterstofproductie (Gasification and Hydrogen Production, SGHP). Het kan soms efficiënter en praktischer zijn om on-site stikstof te produceren met gebruikmaking van pressure swing adsorptie (PSA) of een membraaninstallatie. In accordance with food safety regulations Our food-grade gases conform with food safety regulations (Regulation (EU) No 231/2012) within EU countries and the FDA guidelines in the U.S. The main gases used in Modified Atmosphere Packaging (MAP) applications are carbon dioxide, nitrogen and oxygen. These gases are used either alone or in combination. The gas properties and the interaction of gases with the food ingredients, e.g. solubility in the foodstuff, should be taken into account when choosing the gas or gas composition. Liquid gases for the food industry The most important liquid gases for production processes in the food industry are: Liquid nitrogen Liquid carbon dioxide Liquid oxygen All these liquid gases are secured by an HACCP control system. Cylinder gases for the food industry For smaller quantities of gas, gases in cylinders are often used in the food industry. Within the cylinder gases for the food industry Linde Gas Benelux distinguishes between premixed gas mixtures and single gases. Incidentally, we have a specific (and in the Netherlands unique) cylinder park equipped specifically This is an important advantage with regard to food safety. Premixed gases: 70% N2/30% CO2 Foodmix 70% O2/30% CO2 Foodmix 50% CO2/50% N2 Foodmix Single gases: Carbon dioxide Foodgrade Nitrogen Foodgrade Oxygen Foodgrade Our pre-mixed (Foodmix) and single (Foodgrade) cylinder gases are produced, stored, distributed and delivered according to an HACCP control system. To prevent the risk of contamination by gases, all food gas cylinders are fitted with residual pressure valves with anti-return protection. Traceability is achieved by means of batch coding. The food safety of these products is thus guaranteed. G Foodmix 50CO2/50N2 To order this product, you need to login or register   Add to cart Foodmix 70N2/30CO2 To order this product, you need to login or register   Add to cart Foodmix 70O2/30CO2 To order this product, you need to login or register   Add to cart Oxygen Foodgrade To order this product, you need to login or register   Add to cart Carbon dioxide Foodgrade To order this product, you need to login or register   Add to cart Nitrogen Foodgrade To order this product, you need to login or register   Add to cart ]

[ Plasma spraying Plasma spraying Plasma spraying Plasma spraying uses a plasma to melt materials, which is particularly suitable for materials with a high melting point, due to the high temperature range Applications include aerospace turbine blades, inlet surfaces and thermal barrier coatings, or implants in medical technology. The plasma is generated by an arc that burns bundled argon, helium, nitrogen, hydrogen or mixtures thereof. The gases are dissociated and ionized in the process, they reach high outflow velocities and release their thermal energy to the atomized particles during recombination. The arc is non-transitive, i.e., it burns within the plasma generator between a centrally located electrode (cathode) and the water-cooled nozzle that forms the anode. The process is applied in a normal atmosphere, in a protective gas flow, i.e. in an inert atmosphere (e.g. argon) and in vacuum. Gases and supplies for plasma spraying The most commonly used plasma gases are argon, helium, nitrogen, hydrogen and mixtures thereof. A special feature of plasma gases is the required purity of the gases. A minimum grade of 4.6 (99.996) is usually recommended. However, the class 5.0 (99.999) is often used. The purity of the gases and the impurities in the piping system have a very large influence on the life of the electrode pair in the burner. Therefore, great importance is attached to purity and the proper supply and design of the piping. The biggest source of impurities in the gas is improper installation, due to contaminated piping, drains and cylinder connection points that are not suitable for high purity gases. For example, a pressure regulator for connection to a cylinder must be designed so that it can be completely flushed with the process gas after a cylinder or bundle change via a blow-off line. Our experts have this know-how and will be happy to advise you. G Argon 4.6 To order this product, you need to login or register   Add to cart Argon 5.0 To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Helium 5.0 Detector To order this product, you need to login or register   Add to cart Helium 4.6 To order this product, you need to login or register   Add to cart Helium 6.0 HiQ To order this product, you need to login or register   Add to cart Nitrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Cryogenic treatment Cryogenic treatment Cryogenic treatment for improved material properties Transformation of retained austenite As you know, low-temperature treatment, added directly to the normal quenching process, transforms the residual austenite. By controlled atomization of liquid nitrogen in the treatment chamber with circulation pump, any cooling profile can be carried out to -150 °C; in special cases to -190 °C. This increases hardness and cutting accuracy. Parts with small tolerances remain dimensionally accurate because there is no folding of the microstructure due to volume growth under load. Deficiencies in process control, which currently still exist in vacuum carbonation, are corrected. Linde offers a complete CRYOFLEX® range of standardized hardware, such as cases, cabinets and tunnels. We can also offer customized solutions. Handling of individual parts, bulk goods or continuous belt transport are all possible. So that you can see for yourself, we offer a test at your premises with your parts. We will lend you a crate for this purpose. To prevent rusting, the heating is performed immediately in the crate. If you also want to temper the parts in the same step, this is also possible. However, this is not possible in the test case. CRYOFLEX® Cryogenic Handling - Equipment Linde has developed various solutions for cryogenic treatment. The CRYOFLEXTM CCF freezer incorporates the latest developments in process and manufacturing technology. The freezer is designed for batch operation, for which a continuous operation system is not suitable. The CRYOFLEXTM CBF freezer is manufactured in different sizes for relatively small volumes, according to customer requirements. To prevent rusting, heating is carried out directly in the box. The CRYOFLEXTM CTF cooling tunnel is integrated into the production line in an in-line process immediately before the tempering process. CRYOFLEX® Cryogenic Treatment - Rest Austenite Transformation For certain applications, cryogenic treatment is an important part of the overall heat treatment process. When hardened steels and components are treated at low temperatures, the residual austenite is transformed into martensite and the following material properties are improved: Hardness and strength Wear resistance Dimensional stability G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Nitrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Annealing Annealing CARBOFLEX® Automated nitrogen endogas solution for optimized annealing at lower costs and controls the furnace atmosphere and regulates the amounts of externally supplied furnace gases. The control enables an exact adjustment of the furnace atmosphere to the product qualities to be treated and thus very good reproducibility. Benefits CARBOFLEX® Controlled oven atmosphere High efficiency High reproducibility Decarburization-free annealing Controlled carbonation possible Documentation of furnace atmosphere Simple operation Safe working conditions Environmentally friendly Less flammable components in the furnace exhaust gas CARBOTHAN® In the CARBOTHAN® process, methanol is stored in a tank and transported to the point of use through the control system. Nitrogen is drawn from a tank of liquefied gas. The methanol is finely distributed with nitrogen into the hot furnace chamber by the special spray lance CTL. At temperatures above 850 °C cracking takes place. Benefits CARBOTHAN® High efficiency Simple operation No generator Safe gas supply Flexible ratio of methanol to nitrogen G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Electronic ordering solutions OCI / Punchout Electronic ordering solutions OCI / Punchout Easy ordering with a mouse click Time is a very scarce and precious commodity. That's why we want to do everything we can to make it as easy as possible for you to do business with us. Linde's electronic ordering solutions help you to simplify your ordering processes and optimise your orders. Linde offers you various options for this, depending on your individual needs. Linde Gas online portaal With the Linde Gas Benelux online portal you can order cylinder gases quickly and easily via the internet, even outside office hours. A quick registration in the web store is sufficient. Online catalog with extensive product information, product and safety data sheets and individual price information Additional functionalities for easy ordering such as order templates or repeat orders Confirmation of your order by email OCI connection of the Linde Gas web portal (punch-out catalog) The Linde Gas web portal is integrated into your merchandise management system as an external supplier catalog. When the order is submitted, the shopping cart from the web store is transferred to your system via OCI. Coordinated product assortment with current customer prices and individual product delivery times Detailed product information with photos, product and safety data sheets Use of the standard OCI interface (v4) can be combined with customer information and standard classification systems (e.g. eClass, UNSPSC) Interested? For more information and to discuss the possibilities, please contact us via the online contact form or your Linde Gas Benelux account manager. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ EVOCAR: Onsite solutions ECOVAR: Standard onsite solutions at a glance ECOVAR® supply systems are built around standardised components to ensure maximum cost efficiencies. Standardised design and dimensions play an important role in cutting the costs involved in engineering, building, installing, operating and maintaining on-site gas supply systems. Through optimal combination of production plant and back-up unit the ECOVAR concept offers solutions with minimal capital expenditure, operational costs and consumption of utilities, such as energy and water. More information ECOVAR flyer ECOVAR CRYOSS flyer ECOVAR ADSOSS-N flyer ECOVAR ADSOSS-O flyer The benefits of our standard onsite solutions: Gas supply agreement System consisting of a standard plant and a back up unit System built, installed and operated by us Portfolio of standard plants with high flexibility Partnering with us means Freedom to focus on core business State-of-the-art technology Maximum supply reliability Long-term cost efficiency. Variable The ECOVAR portfolio is extremely flexible. Systems and system modules can be combined as required to create tailored solutions that suit local requirements. ECOVAR systems can be designed for indoor or outdoor installation to fit available space and for availability of utilities (energy, water and compressed air). ECOVAR plants are generally mounted in cabinets, on skids or in containers for fast, trouble free installation/commissioning and relocation. Reliable ECOVAR systems comprise a standard plant and a back-up unit to ensure uninterrupted supply all year round (8760 hours). Automatic control systems track fluctuations in demand, automatically activating the back-up unit to support production peaks. The back-up unit can also be activated in the event of a plant stop. Both the production plant and backup unit are normally monitored by our nearest Gas Centre to ensure a reliable gas supply. Environmentally friendly ECOVAR systems are more environmentally friendly than conventional supply methods. Product transport and energy consumption are reduced to a minimum by producing the required gas onsite. ]

[ Refrigerants Refrigerants Combining a complete refrigerants portfolio with ease of service Whatever segment you are in, with synthetic or natural refrigerants, in small or large volumes, we are there for you. Our range provides for various cylinder sizes and volumes. These are tailored to your needs on a day-to-day basis, or for a special project. Specifically related to refrigerants, we can also provide various related services. We can provide you with the ordering or delivery method you require, as well as take back refrigerants or arrange for temporary storage. Extra information Zakkaartje koudemiddelen (PDF) Begeleidingsbrief koudemiddelen (PDF) F-gassenverordening (EC 517/2014) MAC Directive (2006/40/EC) ]

[ Flame spraying LINSPRAY® Flame Spraying - LINSPRAY® For more efficiency and better quality Coatings produced by thermal spraying offer the ideal opportunity to improve the surface design of components without negatively affecting their properties. This is not just a matter of wear or corrosion protection. Coatings can influence the coefficient of friction, improve the electrical properties at the surface or insulate perfectly. They can increase or decrease heat conduction to name a few. Damage on the surface can be repaired and parts with manufacturing defects can even be restored to the correct dimensions. In most cases, surfaces produced in this way can be further treated without any problems. LINSPRAY® is Linde's offering for the thermal spray market. We provide supply concepts for safe installation and handling of technical gases for all different thermal spray systems such as flame, arc, plasma or laser. We also offer the ideal solution for cooling with CO2 for ideal temperature management during coating. In addition, we have an extensive network through our involvement with associations such as the Gemeinschaft Thermisches Spritzen e.V. and committees of the technology, which can advise you on the optimal solution to meet your productivity, quality and cost requirements. Please select an application on Flame Spraying - LINSPRAY® Flame spraying → High velocity flame spraying → Plasma spraying → Cold spraying → Thermal spraying → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Air separation units Air Separation Units Oxygen, nitrogen or argon plants built to your specifications For customers who need large amounts of oxygen, nitrogen or argon, Linde can provide either the gas or the Air Separation Plant to generate the gas at the customer’s site. Linde Gas and Linde Engineering work closely together and provide customers with the best individual solution. For Air Gas Separation Plants, Linde Engineering Division is a leading technology partner for plant engineering and construction worldwide. Global success is built on an extensive process engineering expertise in the planning, project development and construction of turnkey industrial plants. Process plants belong to the largest and most sophisticated building structures of mankind. Worldwide, only a few contractors are capable of designing and constructing them. With more than 1,000 process engineering patents and 4,000 completed plant projects Linde ranks among the leading international plant contractors. ]

[ Supply modes Supply Modes Industrial gases can be supplied to a customer using a range of different options including cylinders that can operate at very high pressures to tanks which hold gas as a cryogenic liquid at very low temperatures Determining the most appropriate supply mode Industrial gases are used in a wide range of manufacturing processes and the demand varies according to the requirement of the individual customer. Pressure, volume and flow rate are all key factors which must be considered when determining the most appropriate and cost effective gas supply mode for you. Gas cylinders GENIE® cylinders NEMO® PLUS cylinders HyCo plants Bulk supply CRYOPRO ECOVAR: onsite solutions Gas per pipeline Air Separation Units Customized gas supply Gases are supplied in varying forms from cylinders either as a high pressure gas or as a low pressure liquid. These products have a limited volume of gas present but are easy to move to where they are required. Many gases, liquefied at low temperature can be supplied either in small cryogenic vessels or in large tanks capable of holding ten’s of thousands of liters’ of liquid gas. On-site supply systems are available (ECOVAR) and are built around standardized components to ensure maximum cost efficiencies. Solutions are available for the production of nitrogen, oxygen and hydrogen. For customers requiring even larger quantities of industrial gases, we offer customised on-site solutions. We have developed a strong on-site product portfolio to deliver both atmospheric and chemical gases in the quantities and of qualities demanded. More safety information Safe handling of gas cylinders and cylinder bundles Handling of cryogenic liquefied gases ]

[ TEST ]

[ SOLVOCARB® SOLVOCARB® Offering a range of economical and ecological pH control systems, adjustable to all flow and alkaline pH adjustment levels required for water treatment applications Our SOLVOCARB® offering is an environmentally friendly alternative to mineral acids. It uses carbon dioxide (CO2) gas in order to neutralise alkaline waters. CO2 is an effective, safe and cost-effective means of pH control that forms no harmful by-products and does not require specialist handling, storage or safety systems. When dissolved in water, carbon dioxide forms carbonic acid and reduces the pH value to the appropriate level, allowing wastewater to be discharged into sewer networks or outlet channels. Our SOLVOCARB® CO2 neutralisation process equipment can be applied to process and drinking water. SOLVOCARB® improves safety and enhances your overall environmental performance by reducing the use of mineral acids on site and enabling CO2 to be recycled. SOLVOCARB® B SOLVOCARB® D SOLVOCARB® A SOLVOCARB® R Supporting the full project lifecycle We have a number of carbon dioxide systems that directly inject CO2 in gaseous form or, for an even faster reaction, as an aqueous carbonic acid mixture. Our SOLVOCARB® family is ideal for remineralisation, recarbonation, pH control of raw blended waters, alkaline wastewater and process water, and calcite solubility control. Regardless of your individual water treatment application, you can rely on our experts to support you at every stage of your treatment project, from the process design and build phase, through installation and commission to pilot trials. Key features of SOLVOCARB® Efficient use of CO2 Easy to install and use Fully automatic PLC for pH, flow and other process signals Accurate control of CO2 dosing and pH control Automated design for minimal operator input and maintenance Adaptable to suit individual flow and pH requirements Complete process train and turnkey packages All SOLVOCARB® systems are offered with a carbon dioxide supply scheme as standard, based on bulk deliveries or gaseous cylinder delivery systems, depending on your volume requirements. SOLVOCARB® B The SOLVOCARB® B submerged diffuser hose produces streams of fine bubbles from tiny pores along the length of the hose. No additional energy is required for the hose and it can be used very effectively with existing aeration systems. When the hose is under pressure, the holes expand to allow the passage of gas into wastewater and when the pressure drops, the holes close up again. This is the most cost-effective solution for deep tanks. Key features of SOLVOCARB® B Low investment cost No external energy supply required Highly flexible carbon dioxide transfer Fast, easy installation, even in filled tanks Easy adaptation to any tank shape Ideal for medium-deep to deep water No clogging of pores, even after long periods of non-operation Maintenance-free Silent, environmentally friendly operation Solution for emergency, temporary and long-term use G Diffusion hose SOLVOCARB (CO2) € 15.20 per metre (excl. VAT) Add to cart SOLVOCARB® D Our SOLVOCARB® D in-line gas injection system is designed for use with a pressurised pipe that transfers alkaline wastewater. It uses a spherical-head nozzle to inject gaseous carbon dioxide directly into pressurised pipes. The gas resides in the pipe, dissolving through the turbulence and pressure. Due to the high solubility of CO2 in water and fast reaction rates with alkaline water, SOLVOCARB® D usually eliminates the need for a static in-line mixer. It can be used with a recycle pumped sidestream to treat in-batch or continuous flow-through configurations. SOLVOCARB® D can also be effectively used with drinking water applications, forming an effective solution for pH control and bicarbonate / carbonate balance. Key features of SOLVOCARB® D No additional energy source needed No chemical additives Low investment costs Low operating cost Maintenance during operations Non-clogging design Compatible with a wide range of process fluids uitable for applications using O2 or CO2 SOLVOCARB® A SOLVOCARB® A is a venturi dissolver mixer that combines superior carbon dioxide mass transfer efficiency with a low pressure drop. Used in conjunction with either pumped or gravity-fed systems, it can provide high rates of mass transfer coupled with extremely good uptake efficiency. Suitable for freshwater or water with a high level of total dissolved solids (TDS), it is ideal for a wide range of water treatment applications where CO2 needs to be dissolved and accurate pH is essential. This application is not offered in all our operating countries; please contact us for more information. Key features of SOLVOCARB® A Ideal CO2 utilisation and high dissolution efficiency rates Flexible range of gas dosing rates and pipework operating pressures Retrofit-ready for existing hydraulic systems Ready for rapid deployment and can be assembled in operational tanks Externally mounted for access and ease of maintenance Low energy consumption Robust design for low maintenance and consistent performance SOLVOCARB® R SOLVOCARB® R is a proven, versatile technology that can be used with drinking water or wastewater applications. This series of pressurised reactors is the most efficient method of adding dissolved carbon dioxide to remineralise, re-carbonate or control the pH of raw waters. Key features of SOLVOCARB® R Extremely high levels of CO2 dissolution Carbonic acid solution with few or no bubbles No moving parts Installation outside of basin for ease of maintenance Suited to plastic, stainless steel and carbon steel pipework Low noise level Suited to in-line or sidestream modes Suitable for internal or external use ]

[ Ground freezing Ground freezing Soil freezing with liquid nitrogen Under certain conditions, freezing soil with liquid nitrogen offers the best solution compared to conventional soil treatment methods Over the past two decades, soil freezing with liquid nitrogen (LIN) has evolved from a rather exotic gas application to a standard process for treating unstable soils and leaks. Advantages: Relatively short on-site set-up time Higher cooling rates and lower freezing temperatures achievable than with brine freezing Low liquid nitrogen temperature (-196°C) allows freezing times of less than 1 month Environmentally friendly process without hazardous substances, no ground water pollution High flexibility in the design of the freezing house Combination of sealing and static strength Ice formation possible due to soil moisture 10% The strength of the frost body is comparable to that of concrete Consolidation of the soil takes place only temporarily. After turning off the LIN supply the soil thaws again within a few weeks High security of supply by remote monitoring of the nitrogen tank systems and automatic resupply Process description Freeze pipes made of copper with a standard diameter of 54 mm are laid at an average distance of 0.8 meters apart. Open inner pipes are installed at the bottom in the freeze pipes. Freezing Liquid nitrogen (LIN) is fed into the pipes through insulated supply lines, and the LIN evaporates. 1 kg of LIN extracts an energy of about 200 kJ from the surrounding soil, i.e., the soil cools and freezes. The vaporized, cold gaseous nitrogen (GAN - "Gaseous Nitrogen"), which is also called exhaust gas, extracts another 100 kJ or so from the soil. A solenoid valve is controlled by the temperature of the exhaust gas. This ensures a steady flow and LIN use with optimal efficiency. Over time, the frozen areas around the freezing pipes collide, merge and eventually grow into a closed and watertight wall. In about a week, this process creates a body of frost with a diameter of about 1 meter. Retention phase of ice formation In the subsequent retention phase, the LIN supply is reduced so that the frost body does not grow further, but retains its volume. End of icing When the LIN supply is cut off, the frost body begins to melt and is gone within a few weeks. G Nitrogen 3.0 To order this product, you need to login or register   Add to cart Nitrogen 3.0 DNV offshore To order this product, you need to login or register   Add to cart Nitrogen 3.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 3.0 offshore To order this product, you need to login or register   Add to cart Nitrogen 5.0 GENIE To order this product, you need to login or register   Add to cart Nitrogen 5.0 Instrument To order this product, you need to login or register   Add to cart Nitrogen 6.0 HiQ To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Steel Steel By partnering with Linde, you can continuously improve productivity, quality and efficiency through environmentally conscious applications in the steel industry Striking the right balance between profitability and competitiveness is no easy task for steel producers. What is needed is constant vigilance in the areas of fuel consumption, resource management, efficiency, productivity and quality. We offer dedicated applications for all steps in the process chain of a steel plant, from iron and steel production to metal processing and heat treatment. Whether your raw material is ore or scrap, our solutions provide you with demonstrable efficiency gains. Linde helps you meet these challenges with innovative industrial gas applications. With REBOX®, Linde Gas offers a cost and time-saving solution to increase production capacity and flexibility Restructuring of business operations or production activities, or higher sales volumes and turnover fluctuations are facts that require more production capacity and flexibility. In the future, international environmental protection policies will require drastic reductions in emissions such as CO2 and NOx. Increased capacity and simultaneous emission reduction with lower specific costs ? With REBOX® technology, this is no contradiction. This information will give you an overview of the possible applications and background of oxy-fuel combustion in reheating furnaces. We also offer an evaluation of your processes and furnace installations with a view to strengthening your market position. Oxy-fuel has no nitrogen ballast With REBOX®, Linde Gas offers a cost- and time-saving solution for increasing production capacity and flexibility. In both existing and new furnace installations, the specific cost per ton heated can be reduced and emissions reduced. Kilns with REBOX® Oxy-Fuel systems achieve the following objectives: Increasing throughput (t/h) by up to 50% Reduction of fuel consumption by up to 50% Corresponding CO2 emissions reduction of up to 50% NOx emissions lower than 70 mg/MJ Operational readiness with process guarantee Linde GmbH has supplied nearly 80 REBOX® Oxy-Fuel systems for reheating furnaces since 1991. The systems in batch and continuous furnaces have proven themselves for rolling mills and forges, as well as for annealing treatments under production conditions. Based on the extensive experience gained from 80 reference plants with oxyfuel combustion, Linde can now offer solutions with minimal project risks and downtime, including turnkey delivery with full liability and process guarantee. Redefining the reheating process Our project managers and application engineers are always available for presentations on REBOX®. Upon request, we will perform an evaluation of your reheating furnaces and annealing processes together with you. Restructuring of business or production activities or an increase in sales volume, as well as fluctuations in turnover, are facts that require more production capacity and flexibility. In the future, international environmental protection policies will demand drastic reductions in emissions such as CO2 and NOx. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Surface treatment Coating & Surface treatment Benefit from decades of experience and the knowledge gained from countless successfully implemented projects In applications where gases are used, Linde engineers offer you world-class expertise. Here you will find a wealth of information about the process innovations they have developed and their application expertise in the field of coating & surface treatment. We can help you meet your goals for quality, efficiency and optimization. Please select an application on coatings or surface treatment Dry ice cleaning CRYOCLEAN® → Ultraviolet curing → Flame spraying LINSPRAY® → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ HyCO Plants HyCO Plants HyCO (Syngas) plants built to your requirements for hydrogen and carbon monoxide For customers who need large amounts of hydrogen, carbon monoxide, or both as HyCO or Syngas, Linde can provide either the gas or the HyCO Plants to generate the gas at the customer’s site. Linde Gas & Linde Engineering work closely together and provide customers with the best individual solution. For hydrogen or chemical plants, e.g. SynGas or HyCO (Hydrogen - Carbon Monoxide) Plants, Linde Engineering Division is a leading technology partner for plant engineering and construction worldwide. Global success is built on extensive process engineering expertise in the planning, project development and construction of turnkey industrial plants. Process plants belong to the largest and most sophisticated building structures of mankind. Worldwide, only a few contractors are capable of designing and constructing them. With more than 1,000 process engineering patents and 4,000 completed plant projects Linde ranks among the leading international plant contractors. ]

[ Metal & Glass Metal & Glass Customized solutions for greater efficiency and lower emissions We cover the entire spectrum - from ore reduction and metal recycling to refining and casting, reheating and metal processing, and heat treatment at the end of the process. Our innovative solutions have already delivered significant, quantifiable efficiency gains to many customers. Linde offers a range of tailored solutions that make it easier for you to reconcile your productivity and cost targets with environmental requirements. Foundries → Glass → Non-ferrous metals → Steel → Heat treatment → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Safety training Safety training Minimizing safety risks through flexible, adaptable safety training Study day - 'Working safely with gases Linde Gas Benelux regularly organises special safety study days. For people who work with gases or are responsible for the storage, transport and/or connection of cylinders. But also for managers who are responsible for safety and the implementation of occupational health and safety policy. After all, the Working Conditions Act sets clear requirements in the area of information. The seminar provides insight into the properties and risk factors of (liquid) gases and their packaging. The study day includes a lecture, supported by videos. The program is tailored to the work situation in your industry and leads to even better safety awareness. Contact us for more information Upcoming training dates Currently no new training has been scheduled Training - 'Working safely with cryogenic gases' Safety is priority number 1, especially when dealing with extremely cold liquid gases and dry ice. Nitrogen displaces oxygen and carbon dioxide in concentrated form is dangerous for humans. If skin or eyes come into direct contact with it, the extremely low temperature can lead to serious injuries. This training is specifically focused on extremely cold gases and their packaging. It provides insight into the properties and risk factors. The information is shared as a lecture, supported with videos. For people who work with these extremely cold gases, or are responsible for their storage, transport and/or connection. This training is also interesting for managers who are responsible for safety and the implementation of occupational health and safety policy. Contact us for more information Upcoming training dates Currently no new training has been scheduled Location and costs The study days take place at the headquarters of Linde Gas Benelux, Havenstraat 1 in Schiedam or Koningskampen 5a in Hedel or at Linde Healthcare Benelux, De Keten 7 in Eindhoven. The costs per person are €195,00 excluding VAT. This amount includes hand-out and certificate. The cost of the training course working safely with cryogenic gases is €220.30 excl. For non-customers of Linde Gas Benelux the cost per person is €295.00 excl. Upon receipt of your registration form we will send you a written confirmation and directions. By appointment we are happy to provide in-company safety training for our customers for groups of up to 15 people (up to 10 people for the course Working safely with cryogenic gases). This should be arranged with your account manager. Conditions You can cancel free of charge up to 2 weeks before the start of the course, in writing only. After that the full participation fee will be charged. Of course, a colleague can replace you without any additional costs. ]

[ CarbonCure CarbonCure CarbonCure Improve the carbon footprint of concrete by optimizing the concrete recipe The technology improves the competitiveness of the concrete industry by not only increasing production efficiency, but also significantly improving the environmental performance of concrete. How does the CarbonCure technology work? The carbon dioxide (CO2) obtained as a by-product from industrial waste gas streams is accurately added to the mixture during concrete production. There it is chemically absorbed in the form of a nano-mineral, which leads to an increase in the compressive strength of the concrete. This makes it possible to reduce the amount of cement in the concrete. Other properties of the concrete, such as pH or durability, are not affected. In this way, not only can production efficiency be increased, but also the CO2 balance of the concrete can be improved. The benefits for architects, builders, developers, owners: End users of this concrete technology - both in the private and public sectors - can reduce the carbon footprint of their construction projects without sacrificing quality Benefits for concrete producers: Improved carbon footprint of concrete Competitive advantage by enabling sustainable construction The technology can be installed in one day without interrupting production Cost-neutral and uncomplicated installation of the technology CO2 is added during the production process in the same manner as other additives Improvement in the early and late compressive strength of the concrete due to the addition of CO2 The increased strength allows for optimization of the concrete recipe A "general construction permit" from the DIBt is available Proven success: To date, more than 1 million truckloads of CarbonCure concrete have been used More than 300 concrete plants worldwide are already using the technology (so far mainly Canada, the US, South America and Singapore) Thousands of commercial, infrastructure and residential projects have been delivered, including Amazon HQ2 in Arlington, USA, where an estimated 1.35 million kg of CO2 emissions have been saved through the use of CarbonCure alone G Carbon dioxide 2.7 To order this product, you need to login or register   Add to cart Carbon dioxide 2.7 + dip tube To order this product, you need to login or register   Add to cart Carbon dioxide 4.0 To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument To order this product, you need to login or register   Add to cart Carbon dioxide 4.5 Instrument + dip tube To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Cryo services Services Linde Gas Cryoservices offers a wide range of services We supply cryogenic gases in different ways, using different principles to suit your needs. In addition to these services, we also offer services such as maintenance, training, IQOQ installations through to project support for the complete set-up of your cryobank. Sample transport IQOQ and validation Project supervision and engineering Maintenance and breakdowns Hardware rental Sample transport Safely transport your biological or pharmaceutical materials under the right conditions Cryomove Linde Gas Cryoservices' service for the professional movement of frozen biological material at the correct temperatures within the Benelux. With this service, the material is expertly transported between the Linde Gas Cryobank and your or a third-party location. The use of forms for notification, retrieval, registration and receipt of the materials ensures proper track and trace of the material. For small numbers of samples to be transported at cryogenic temperatures, dry shippers with a cap with built-in data logger are commonly used. You can also rent these from us if you want to arrange the transport yourself. If larger numbers of samples are involved, we use a biological storage container that can hold up to 9,000 2ml ampules. During transport, an external logger continuously logs the temperature in the vessel and provides you with a report afterwards. If desired, a backup nitrogen pressure vessel can accompany the transport to provide nitrogen to the storage vessel. If it involves samples that need to be transported at -80˚C, we will provide transport on dry ice with all associated forms. Removal of your vessels from location A to B and relocation of electronic freezers also fall under this service. Lab2Lab Lab2Lab is one of the one-stop-shopping concepts around ICEBITZZZ®. This concept allows you to ship your samples on dry ice from your location to another with an email. We provide: The necessary packaging The delivery of dry ice The correct shipping papers The collection of your samples with collegiate destination in the Netherlands or one of the European countries You choose the most suitable type of packaging for your shipment. Pay attention to the nature and size of the material, the destination and the expected transport time. IQOQ and validation IQOQ installation and validation of cryogenic equipment Validation is a common term within the pharmaceutical industry. Laboratories are required to validate equipment through certain protocols to demonstrate that the equipment meets required specifications. Linde Gas Cryoservices has established an IQOQ protocol for its equipment to perform Installation Qualification and Operational Qualification in accordance with these procedures. This IQOQ installation can be expanded with customer-specific requirements, such as extended temp-mapping. Naturally, the IQOQ is completed with the transmission of a comprehensive report. Project supervision and engineering Linde can help you tailor your cryogenic application A project can vary from, for example, a storage tank for liquid nitrogen with a safe fill installation for the safe filling of smaller nitrogen vats, to automatically switching between two cryogenic pressure vessels with a changeover machine, to the design of a fully automated cryobank including monitoring software. For every cryogenic application we offer a listening ear and help where needed! We would be happy to make an appointment with you at your location to discuss your wishes in the field of cryogenic applications and assign the project to one of our project managers to provide you with the best possible advice. Maintenance and breakdowns Staying in business. And keeping breakdowns as short as possible. That's what it's all about. Linde has a 24/7 breakdown service for its customers. We also offer preventive maintenance on cryogenic equipment. Annual maintenance is essential to keep your equipment working optimally. Likewise, maintenance will prevent unwanted failures and extend the life of your equipment. As part of the general 'Zorgplicht', you are required to perform periodic inspections correctly and responsibly to provide your employees with the safest possible working environment. Hardware rental Cryogenic equipment for temporary use through Linde's rental fleet If you need cryogenic equipment for a temporary project or do not have an investment budget, we also offer you the option of renting equipment from us. We have a large rental fleet of nitrogen storage vessels from 10 liters to 1,000 liters. In addition to these storage vessels, we also have freezers and nitrogen freezers (storage vessels) with inventory for rent. Please note: Dryshippers can only be rented to companies, not to individuals. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Decarbonization and performance increase Decarbonization and performance increase Oxyservice Efficient production without interruptions. Get everything out of the way now - with our Oxyservice! Oxyservice from Linde Gas is designed to ensure that furnaces can continue to operate without interruptions. It is a fast, efficient delivery service that contributes to a longer life for furnaces. It also allows producers to continue production during repairs to regenerators or reclaimers by eliminating the need for a heat recovery system. Oxyservice is the ideal solution for glass melting furnaces Objectives Infestation/damage of regenerators or recuperators Increased load on regenerative or recuperative air preheating systems due to tub travel and raw materials Increasing duration of hull voyages Fluctuating tonnage requirements and utilization of the glass furnace Utilization of the glass furnace by more than 100% due to demand/brand development Minimization of downtimes and interruptions Optimized design of the glass melting tank The basic principle of Oxyservice Oxyservice from Linde combines all the technology needed for the efficient use of oxygen - from delivery to plant operation. Services Engineering in pipeline construction for O2 and natural gas Commissioning support O2 control line O2 / natural gas control line O2 tanks/air evaporator supply O2 lances oxygen burners Simulation by means of GS Benefits of Oxy Service More flexible, more reliable, more economical Linde's Oxy Service is based on the activities and experience of the past 10 years. Benefits Flexible maintenance of melting capacity with O2 lances or oxy-fuel burners Minimization of production losses due to prolonged furnace movements using oxygen during main and intermediate repairs Significant reduction in flue gas/volume of the glass container at the same or higher melting capacity and the same or optimized glass quality Reduction of the load on the regenerator/recuperator Low investment costs One-stop solutions - from O2 enrichment to firing the glass melting tank with fully oxygenated fuels Plant technology Achieve the best results with customized technology State-of-the-art plant technology enables optimized production Available controlled systems Oxy service systems, O2 control systems 1 x 2500 Nm3/h O2 1 x 1000 Nm3/h O2 1 x 500 Nm3/h O2 Oxyfuel controlled system (pure O2 operation possible) 2 x 2 MW natural gas/O2 Oxy-fuel controlled system 2 x 2 MW natural gas/O2 2 x 3 MW natrual gas/O2 Oxy Service Technology Package - Oxygen Enrichment Enriching combustion air with oxygen - Less pressure in the furnace, better performance Furnace operation without Oxy Service Cross-fired, regenerative oil/air furnace, container glass Tonnage 200 t/day (up to max. 220 t/day) Air preheating (before damage to regenerators) approx. 850 °C Initial situation: Damage to the horizontal chambers (air preheating at ca. 600-700 °C) and the resulting operation of the furnace led to a greatly increased furnace pressure and reduction of melting capacity by ca. 20% to ca. 165 t/day. Results with Oxy Service Tonnage: 200-205 t/day (approx. 165 t/day + approx. 35 t/day) Reduction of the furnace pressure by more than 30 NOx values of the furnace during O2 maintenance can increase by approx. 5 Duration: up to 24 months Oxy Service Technology Package - Oxyfuel Burners Using oxyfuel burners - lower volume flows, higher performance Initial situation without Oxy Service with burners Regenerative gas/air U-flame furnace, container glass Tonnage 220 t/day (max. 230 t/day) Air preheating (before damage to regenerators) Approx. 1,100-1,200 °C Problem: Damage to regeneration chambers, reduction in air preheating and consequent operation of the furnace lead to a reduction in melting capacity of about 20% to about 160-170 t/day. Results with Oxy Service Tonnage: 200-210 t/day (approx. 160-170 t/day + approx. 30-40 t/day) Reduction of volume flows by approx. 20 NOx values of the vessel during O2 maintenance increased by approx. 5 Project duration: 18 months Oxy Service Technology Package - All Oxy Fuel Package All on kerosene. Stable process, improved glass quality Initial situation without Oxy Service Regenerative gas/air U-flame furnace, container glass Tonnage 230 tons/day (70 m2 melting surface) Task Maintain a melting capacity of 50% of capacity, equivalent to 115 tons/day, in the U-flame furnace while the regenerators are repaired for 4-6 weeks. Operation of the U-flame furnace with two oxyfuel burners and an O2 lance at the burner port (use of Oxy Service). Media operation (one burner port in operation, no changeover): COROX®-II (type 3MW) Natural gas 330 Nm3/h Oxygen 380 Nm3/h COROX®-II (type 3MW) Natural gas 330 Nm³/h Oxygen 380 Nm3/h0 O2 lance Oxygen approx. 400 Nm3/h No combustion air Results with Oxy Service Process stable maintenance of tonnage of 110-115 tons/day of glass melting tank in fully oxygenated condition for 5-6 weeks with improved glass quality. G Oxygen 5.0 Instrument To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Liquid carbon dioxide Liquid carbon dioxide Carbon dioxide or CO2, popularly known as carbonic acid Carbon dioxide is largely released in the production of fertilizers and "steam reforming" (source for hydrogen production). At various sites in Europe, Linde purifies carbon dioxide to the quality required by the food industry. Linde Gas Benelux supplies food grade CO2 for this purpose, secured under an HACCP-certified management system. Carbocool More information Data sheet Liquid CO2 Foodgrade Carbocool Carbon dioxide via our Carbocool service With our Carbocool service, carbon dioxide is delivered in liquid form and stored in a stainless steel, double-walled pressure tank. On one side, the off-take points are connected to a filling point outside on the premises; on the other side, the off-take points are connected to consumption points. Linde ensures delivery of CO2 on a frequent basis, so you never run out. The concept On-site delivery with compact bus CO2 always available CO2 tank for rent Filling line from tank to filling point in the wall Invoicing based on the number of kilos delivered No changing of cylinders No purchase and maintenance costs Number of deliveries tailored to your needs Applications Restaurants: for the sparkle in your soft drinks Swimming pools: for the correct pH level of the water Events: for the low-hanging smoke effect Gardeners: for preserving fruit Laboratories: for the correct CO2 level of your cell cultures Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Nitrogen storage vessels Nitrogen storage vessels Storage of samples in cryogenic vessels in the liquid or gas phase of nitrogen. For (bio)medical and pharmaceutical applications, Linde Cryoservices supplies a range of cryogenic storage vessels in which your samples are guaranteed to be stored under the right conditions. LABS-serie (19.500-93.000 ampules) K-serie (9.100-38.000 ampules) LS-serie (750-6.000 ampules) HC-serie (570-1.050 ampules) XT-serie (0-150 ampules) LABS-serie LABS series cryogenic vessels for long-term storage of your samples LABS vessels from IC Biomedical offer capacity for 20,000 to 94,000 2 ml ampules and are highly efficient with very low LN2 consumption and extremely stable temperatures. Long-term storage of samples in the liquid or gas phase of nitrogen makes the LABS series the right choice when temperature stability and safety are required for your samples. Characteristics LN2 storage in liquid or gas phase Full stainless steel construction Aluminum turntable Hinged lid and worktop made of stainless steel Improved and intuitive controller technology Low nitrogen consumption due to relatively small neck opening Datasheet Not (yet) available K-serie Reliable nitrogen storage and easy access to stored samples in your lab or in a cryobank. IC Biomedical's K-Series vessels offer solutions for storing approximately 9,000 to more than 38,000 ampules. Using a gas phase frame, your samples do not come into contact with liquid nitrogen, ensuring completely dry storage and allowing you to easily position your racks. The electronic controller ensures that the liquid level and temperature are maintained. Characteristics LN2 storage in liquid or gas phase Stainless steel vacuum vessel Modular design Durable powder coated cabinet Casters mounted Low energy consumption Very temperature stable, even with more hours of power failure No heat generation Very quiet Storage temperature between -170°C and -196°C Datasheet Not (yet) available LS-serie Uniquely designed for ampoule storage in convenient box storage racks. IC Biomedical's LS liquid nitrogen vessels deliver extremely stable, low temperature profiles thanks to the aluminum inner vessel. They offer storage capacity for 750 to 6,000 standard 2 ml ampules. Due to the low nitrogen consumption of the vessels, filling is required only every few months. Nevertheless, the LS4800 and LS6000 can be supplied with level monitoring or even an automatic filling system. Both systems have both internal and external alarms. Characteristics Ribbed, aluminum housing Boxed storage; ideal for easy sample management Superior vacuum performance Lockable lids Optional accessoires: Low-level alarm for liquid level monitoring Controller for automatic level control Mobile trolley for easy use Boxes for ampoules Datasheet Not (yet) available G LS-series storage vessels From € 2,586.00 per piece (excl. VAT) Add to cart LS-series accessories From € 1,298.00 per piece (excl. VAT) Add to cart LS-series spare caps € 435.00 per piece (excl. VAT) Add to cart LS-series racks From € 236.70 per piece (excl. VAT) Add to cart HC-serie Designed for long-term storage of biological material at the temperature of liquid nitrogen. The various models in IC Biomedical's HC series give you a choice based on storage capacity and shelf life. The larger neck openings provide convenient access to stored materials. Applications range from industrial to laboratory, biological and non-biological materials. Models are equipped with canisters for storing ampules on strips or straws in goblets and visotubes. Characteristics Large storage capacity Ribbed, aluminum housing Superior vacuum performance Lockable lids Optional accessoires: Low-level alarm for liquid level monitoring Mobile trolley for easy use Canisters, goblets and visotubes Datasheet Not (yet) available G HC-series storage vessels From € 1,331.00 per piece (excl. VAT) Add to cart HC-series spare caps From € 108.20 per piece (excl. VAT) Add to cart HC-series spare canisters From € 51.00 per piece (excl. VAT) Add to cart HC-series accessories From € 1,185.00 per piece (excl. VAT) Add to cart XT-serie Ideally suited for long-term storage of your ampules or straws. IC Biomedical's five XT series models offer you choice based on shelf life and capacity to meet different storage needs. Due to the small neck opening, nitrogen consumption is extremely low, ensuring a long shelf life. Characteristics Ribbed, aluminum housing Lockable lids (except XT10) Optional accessoires: Low-level alarm for liquid level monitoring Mobile trolley for easy use Canisters, goblets and visotubes Datasheet Not (yet) available G XT-series storage vessels From € 920.00 per piece (excl. VAT) Add to cart XT-series spare caps From € 55.20 per piece (excl. VAT) Add to cart XT-series spare canisters From € 41.80 per piece (excl. VAT) Add to cart XT-series accessories € 1,185.00 per piece (excl. VAT) Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. 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[ Gases Gases Bringing the benefits of industrial gases to the widest range of industrial and commercial applications with a product and supply portfolio of exceptional depth and breadth Industrial gases are used in virtually every branch of industry, commerce, science and research for a wide variety of purposes. Given the huge application spectrum, the needs of industrial gas users vary dramatically in terms of volume, purity, composition and delivery modes. Regardless of whether you run a specialist jobshop or an industrial-scale manufacturing or processing plant, Linde has what you’re looking for. Our commitment to meeting the needs of all industrial gas users is reflected in the sheer depth and breadth of our gas products, supply modes and solutions. Acetylene Argon Helium Refrigerants Carbon dioxide Medical gases Stainless steel shielding gases Nitrogen Packaged chemicals Food grade gases Hydrogen Oxygen Gases & Applications eBook This book – Gases and Applications – has been produced to give a brief insight into the broad range of applications our gases have. It also provides information on the different grades, or specifications, of the gases which are necessary to support these many applications. New applications for gases are continuously emerging as technologies develop and industries change. One important trend, however, is the need for higher specifications for the gases as applications become more exacting and sensitive to contaminants. This book concentrates on the higher specifications of gases that are now available. Download Gases & Applications eBook ]

[ Water and wastewater solutions Water and wastewater Solutions Providing an all-round offering of gases, technologies and services We offer a vast portfolio of technologies and process solutions for the chemical and biological treatment of water and wastewater using carbon dioxide, oxygen and ozone. Our consultants will work with you to define your goals and establish the best-practice methods and solutions that will help you achieve them. You can rely on the far-reaching experience we have gained integrating our products into numerous water treatment applications, systems and processes worldwide. We are also continuing to develop new application technologies and process enhancements to complement our existing portfolio. Continued investment in a number of world-class innovation centres and laboratory facilities means that our specialists can develop and improve existing technologies in close collaboration with our markets, suppliers and customer facing teams. By having this capability to develop and demonstrate solutions aligned to customer needs makes Linde the perfect partner when it comes to finding the best solution for your water treatment needs. Key benefits of carbon dioxide: Environmentally friendly option – recommended as the best practicable environmental option upstream of any biological system Safer than aggressive mineral acid systems No need for safety showers or bundled storage areas No manual handling Highly accurate control around neutral pH level No unwanted anions produced Maintenance of water’s natural alkalinity Optimal pH control High solubility in water More information about SOLVOCARB® Key benefits of oxygen: Enables high dissolved oxygen concentrations to be maintained Reduces odours and prevents anaerobic activity Higher oxygen transfer rates Improves process control Supports existing aeration equipment Reduces the impact of evaporative cooling Reduces stripping of volatile organic compounds (VOCs) Reduces foaming and aerosols Lowers sludge yield Improves sludge settleability More information about SOLVOX® Ozone Ozone is an extremely effective gas in the treatment of effluent and wastewaters. It has been shown to break down and remove trace organics, industrial solvents, colour and endocrine-disrupting compounds in water. It is an attractive alternative to harsh and hazardous chemical and mineral treatments. Ozone can be produced in industrial quantities using an ozone generator that is fed with oxygen. As one of the world’s leading suppliers of industrial gases, we have decades of experience designing and delivering ozone-generating solutions using oxygen at purity levels that are ideal for ozone creation. Our experts will help you work out the supply scheme and supporting gas management services best suited to your volume, purity and budgetary needs – scaling from cylinder bundles through tanks to ECOVAR® on-site supply solutions. Water and wastewater analysis To meet your analysis needs, we supply high-purity gases, accurate gas mixtures, precision-engineered gas supply systems and high-quality supporting services for results you can rely on. The ongoing expansion of our portfolio ensures that our mixtures support the latest species and analytical techniques. All of our gases and mixtures come with certificates of analysis to ensure you comply with applicable quality assurance and traceability requirements. Regardless of your analytical requirements, you can always rely on us for customised solutions that meet your individual analysis and calibration challenges. ]

[ Foundries Foundries Higher energy efficiency and productivity in foundries We offer a wide range of solutions for foundries to increase energy efficiency and productivity Our portfolio of solutions includes: Oxy-fuel preheating of ladles - standard solutions and customized concepts for faster heating, lower fuel consumption, higher vessel temperatures and lower emissions Oxygen boosting and oxygen injection for domes - provide higher melting efficiency, easier process control and coke savings Oxy-fuel solutions for fuel-fired furnaces for heating and heat treatment - increase furnace capacity, reduce fuel consumption and lower emissions Controlled atmospheres for heat treatment furnaces Services for process optimization and maintenance of process plants More information HIGHJET® brochure OXYGON® 400 datasheet OXYGON® brochure G Products for these applications Oxygen 5.0 Instrument To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart Oxygen 2.5 NEMO PLUS To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Health & safety Health & Safety Safety, health, environment and quality At Linde we do not want to harm people or the environment. Our aim is to be leading in Safety, Health, Environment and Quality (SHEQ). We continually strive to improve the quality and safety of our products and services. We are equally committed to the health, security and occupational safety of our employees and environmental protection at large. Our global, integrated management system helps us achieve these goals by embedding health and safety into our daily operations Our proactive SHEQ culture also helps you meet your legal and safety responsibilities. Concrete assistance includes practical guidelines, legislative updates, safety data sheets, safety audits and dedicated training packages. All of these activities fall under the wider umbrella of our Corporate Responsibility (CR) policy , dedicated to uniting the goals of customer value and sustainable development. Our commitment to SHEQ Policies, certificates & standards Safety documents Safe use of gas ]

[ Imprint Legal notice Impressum Linde Gas Benelux B.V. Havenstraat 23A 3115 HC Schiedam Netherlands PO Box 78 3100 AB Schiedam Contact Phone: +31 (88) 262 62 62 Email: benelux@linde.com Commercial register Chamber of commerce number: 24269483 VAT identification number NL8052.92.263.B.01 Linde is a corporate name used by Linde plc and its affiliates. The Linde logo and the Linde word are trademarks or registered trademarks of Linde plc or its affiliates. Copyright © 2024. Linde plc. ]

[ O2 enrichment FCC Oxygen enrichment FCC Oxygen enrichment in FCC plants Fluidized catalytic cracking (FCC) is the basic process of gasoline production. This process is primarily used to convert vacuum gasoil from the crude distillation unit into gasoline blending components and fuel oils. More information Oxygen enrichment FCC The FCC splits heavier and more complex hydrocarbons into lighter ones. Vacuum gas oil is used as the starting point, often mixed with refinery residues. The resulting "main products" are: Gas fraction (mainly C3 / C4) Liquid fraction (mainly gasoline) Coke (solid deposit on the catalyst) Oxygen enrichment during regeneration allows the refinery operator to Increase FCC capacity Be more flexible in feedstock selection Use heavier feedstocks Increase gasoline yield Reduce byproducts G Oxygen 2.5 NEMO PLUS To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart Oxygen 2.5 offshore To order this product, you need to login or register   Add to cart ODOROX Oxygen bundle To order this product, you need to login or register   Add to cart Oxygen 2.5 DNV offshore To order this product, you need to login or register   Add to cart Oxygen 5.0 Instrument To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Cylinders Cylinders Industrial gases are supplied in a range of different cylinders and bundles. Some are supplied at high pressures while others are only available at low pressures. Cylinders come in a range of sizes which are normally defined as the water capacity of the package. Which size is most suitable for you will depend on a range of factors including consumption and flow rate. Each cylinder is fitted with a cylinder valve tailored to suit the gas and pressure requirements. The outlet thread is dictated by international standards to ensure that only regulators compatible with these requirements can be fitted. Acetylene, because of its properties, needs to be stored in a cylinder containing a ‘porous mass’ into which the gas is held in a carrier solvent. ]

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[ Autogenous welding Autogenous welding Autogenous welding The similarity between all autogenous processes is, that the source of heat is a flame created by combustion of a gas with oxygen or air This flame must be able to produce a focused and highly concentrated heat. The required application determines which acetylene/oxygen combination should be chosen. Oxyfuel technology covers many areas (cutting, joining, forming, etc.) such as oxyfuel welding, cutting with the flame, aiming with the flame, clamping with the flame, curing with the flame, flame blasting, brazing with the flame and spraying with the flame. The tool of oxyfuel technology is the oxyfuel flame as a heat source. A gas mixture of acetylene and oxygen is usually used for the flame. The gas flame used for this purpose has a temperature of about 3,200°C. More information Welding and cutting guide Autogenous welding In oxyacetylene welding, two metal parts are united under the action of heat into one unit. The heat is obtained by burning an acetylene with oxygen. This creates a weld pool, which - with or without the help of an additive material - forms a connection between the two metal parts. Oxy-fuel cutting In oxy-fuel cutting, the workpiece to be cut is brought to ignition temperature by means of a preheat flame, after which the centrally added cutting oxygen starts and maintains the oxidation process. The resulting slag is blown out of the cutting joint by the outflow speed of the cutting oxygen jet. Oxy-fuel cutting is only possible for materials where the slag generated has a lower melting temperature than the material itself. Advantages autogenous welding High efficiency (e.g. multi-burner system) Low investment costs Short heating time Universal process Large material thickness range Manual and automated operation Mobile use possible Disadvantages of autogenous welding Very slow process (autoxyacetylene welding) High heat input, large heat-affected zone Material deformation, therefore straightening may be necessary Poor cuts below 5mm material thickness Clean preparation of the weld seam is necessary Materials for autogenous welding Unalloyed and low-alloyed steel Copper and copper alloys G Acetylene To order this product, you need to login or register   Add to cart Acetylene offshore To order this product, you need to login or register   Add to cart Acetylene NEMO PLUS To order this product, you need to login or register   Add to cart Propene To order this product, you need to login or register   Add to cart ODOROX Oxygen bundle To order this product, you need to login or register   Add to cart Oxygen 2.5 To order this product, you need to login or register   Add to cart ]

[ Cooling of inner hoses Cooling of inner hoses Cooling of inner hoses High-pressure hoses normally consist of two rubber layers with a wire braid in between. This braiding protects the hoses from bursting damage Production begins with the extrusion of the inner hose. In the next step, it is wrapped with a wire braid in a spinning plant. Since the braid is spooled under a certain tension, the inner tube must be stabilized, otherwise deformation will occur. In the standard process, a supporting cotton fabric is used for this purpose, which, however, requires a second spinning system. It is easier with our tube cooling systems Before entering the spinning plant, the tube passes through a tube cooling plant. The cooling chamber is about 2 m long. In it, liquid nitrogen (LIN) with a temperature of -196 °C is sprayed onto the hose. As it passes through, the hose cools and acquires sufficient stiffness for the subsequent winding of the wire mesh. In our standard hose cooling systems, hoses up to a diameter of 50 mm can be processed. Other sizes are available on request. The following advantages result for you: Process free of hydrocarbons Flexible cooling capacity Simple operation Simple maintenance In our standard hose cooling systems, hoses up to a diameter of 50 mm can be processed. Other sizes on request. Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Welding Welding You benefit from decades of experience and the knowledge gained from numerous successfully completed projects Profitable production involves a large number of complex requirements, most of which have to do with energy consumption, productivity and product quality. In the constant struggle to create added value in production, therefore, no means should be left untried. The industrial gas factor can be very important here; in fact, there is usually a whole range of concrete solutions for savings and improvements. Select a welding application Autogenous welding → MIG/MAG welding → TIG welding → Plasma welding → Laser welding → Purging / root protection → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Manufacturing industry (MI) Manufacturing Industry (MI) Please select a Manufacturing Industry application Welding → Cutting → Brazing & soldering → Post- and preheating → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Safety documents Safety documents Getting the safety information you need Safety instructions Transport instructions Material safety data sheets Safety glossary Safety Instructions Reducing risk by being properly informed The potential hazards of dealing with gases can be held under control when products are handled correctly, their properties are understood and appropriate packaging is provided. Our safety instructions contain detailed information on a range of topics including oxygen deficiency, oxygen enrichment, handling acetylene, flammable gases, liquefied gases, toxic gases, gases under pressure, chlorine gas cylinders and oxygen pressure regulators. They also tell you how to store and transport gas cylinders safely. Transport instructions Transporting gases safely and in compliance with the relevant regulations The European Agreement Concerning the International Carriage of Dangerous Goods (ADR) governs the international transportation of hazardous materials, including gas. The potential hazards of transporting gas can be held under control if products are handled correctly, their properties are understood and appropriate packaging is provided. Our transport instructions contain detailed information on a range of topics relating to the safe transport of gases. Linde offers a timely and safe delivery of products. If you like, all the way to the point of use in your facility. Material safety data sheets (MSDS) Helping you find the safety data sheets you need Our safety data sheets contain all the important facts and safety recommendations for handling gases. Safety data sheets are of central importance for your safety. They serve the user of gases and gas mixtures as a source of information and form the basis for instructions on appropriate protective measures. You can download our safety data sheets via the link below. Material safety data sheets (SDS) Safety glossary Guiding you through the maze of safety terms We have compiled a glossary of safety terms to help you understand more about safety issues when dealing with gases: Term Description Autoignition temperature The lowest temperature at which a material will ignite and sustain combustion in the absence of a spark or flame. Corrosive A substance that erodes and deteriorates materials upon contact (this may include skin tissue). Flame propagation The spread of a flame outward from the source of ignition through a combustible mixture. Flammable gas Any gas that will ignite easily and burn rapidly. Flammable limits Flammable limits define the minimum and maximum concentration of vapour/gas in air or oxygen needed to make the mixture combustible. They are usually expressed as a percentage of gas or vapour in air. A change in temperature or pressure may vary the flammable limits of a gas. Flash point The lowest temperature at which a liquid will vaporise to form an ignitable mixture in air. Frangible disk Also known as a "burst disk", this metal safety device is designed to burst and allow gas to escape within predetermined pressure limits. It is intended to prevent devices from rupturing and functions in much the same way as a safety relief valve, except that it cannot be resealed. Fusible plug A fusible plug is a safety valve which has a core of metal with a low melting point. This core melts once a predetermined temperature is reached. It cannot be resealed. Inert Gases that do not react with other materials at ordinary temperature and pressure are classified as inert. They do not represent a hazard unless they are released in a confined space where they can displace oxygen and create an asphyxiating atmosphere. Adequate ventilation and monitoring of oxygen content in confined spaces minimises the risk of asphyxiation. LEL Abbreviation for Lower Explosive Limit. The lowest percentage of a gas in air capable of forming a flammable mixture. Liquefied compressed gas A gas which, under charged pressure, is partially liquid at a temperature of 70oF. MSDS Abbreviation for Material Safety Data Sheets. These documents describe the hazards of each gas or material. They also provide information on the safe handling of the gas as well as emergency and first aid procedures. Oxidant Gases that do not burn but support combustion are classified as oxidants. Pressure or safety relief devices Devices designed to prevent cylinders under a normal charge from rupturing when they are inadvertently exposed to fire or intense heat. Pressure relief valve A pressure relief device which is designed to open and close at a predetermined pressure levels. Pyrophoric substance A substance that will ignite in air at or below room temperature without requiring additional heat, shock or friction. Threshold limit value - ceiling limit - (TLV-C) The maximum concentration of a substance in air that should never be exceeded, not even instantaneously. Threshold limit value - time weighted average - (TLV-TWA) The average concentration limit of a substance in the air to which a worker can be exposed day after day for a working lifetime, without adverse effect. It is based on an eight-hour workday or 40-hour workweek. Toxicity The ability of a chemical or gas to produce injury once it reaches a susceptible site in or on the body. ]

[ Cutting Cutting Cutting There are several ways to separate materials. These include mechanical methods, such as cutting or slicing, and thermal methods such as cutting with oxyfuel, plasma or laser Cutting with oxyfuel, plasma and laser uses thermal energy to anneal materials to a temperature at which they burn, melt or evaporate. When cutting with oxyfuel or with laser in combination with oxygen, the exothermic energy of the reaction with oxygen is used in the process. The flame/laser jet is only needed to anneal the material until the ignition temperature is reached. The oxygen jet keeps the combustion process going and blows away molten material and slag. More information Welding and cutting guide The cutting speed depends on the purity of the oxygen and the shape of the cutting head. With high-purity oxygen, an optimized cutting head design and a good gas supply, high productivity can be achieved. In plasma cutting and laser cutting with nitrogen, the material is heated to its melting point and the cutting gas blows the melt out of the material. For best results, the properties of the cutting gases must be matched to the specific application. Lasers can also be used to vaporize materials such as wood and plastics. Evaporation of metals is used for laser drilling and pilot drilling, among other things. Gases are used to prevent the ignition of surrounding combustible material and to support the removal of drilled away material. Cutting with the CO2 laser Working welds in LASERLINE® quality offer a suitable solution for any cutting task. A wide range of materials can be cut with the laser beam: Tool steel Non-ferrous metals Al and Al alloys Ti and Ti alloys Plastics, e.g., acrylic glass Structural steels, unalloyed and low alloyed, galvanized, painted or coated High alloyed steel, e.g. chrome nickel steel Rubber, paper, wool, cotton, laminated wood and quartz glass Laser cutting The material is heated to ignition temperature by the laser beam. The material burns due to the supply of oxygen. This releases process-supporting heat. This leads to high cutting speeds. This process is mainly used to cut metals. Tests conducted by Linde Gas have shown that the use of oxygen 3.5 (purity 99.95%) from the LASERLINE® series significantly increases the cutting speed in laser cutting. Laser melt cutting In the notch, the laser beam heats the material to melting temperature. The melt is driven out of the notch by means of an inert gas stream. Glass, some plastics and metals can be cut with fusion. For metals, the gas, usually nitrogen in LASERLINE® grade, is blown into the notch at high pressure (up to 25 bar). This results in the term "high-pressure cutting." The advantage lies in the oxide- and burr-free cutting edge at an economical cutting speed. Laser sublimation cutting For materials that do not have a molten state, the laser beam vaporizes the material. This applies to paper, wood, wool and some plastics. Combustion of the material is prevented by an inert gas stream, such as argon or nitrogen in LASERLINE® quality. Flame cutting Flame cutting means thermal cutting and cutting. In addition to thermal cutting, there is high-pressure waterjet cutting for cutting plastics and other non-metallic materials such as wood, rubber, leather, cement boards, stones, etc. Thermal cutting includes cutting processes in which the metal material is locally liquefied by thermal energy and simultaneously removed from the kerf by the kinetic energy of a gas jet. In flame autogenous cutting, the material is locally heated to ignition temperature by a fuel gas-oxygen flame and oxidized (burned) in the oxygen jet, thus creating a notch. The process is exothermic, i.e. heat is released. This heat of reaction and the heat given off by the heating flame cause continuous combustion. The combustion process continues in depth and by moving forward in the cutting direction, creating a notch. This process makes it possible to cut extremely thick workpieces (up to more than 3000 mm). The resulting oxides are blown out of the notch by the kinetic energy of the oxygen. The conditions for cutting with the flame are given for unalloyed and low-alloyed steel and molybdenum. For steel, on the one hand, the ignition temperature increases as the carbon content increases, but on the other hand, the melting temperature decreases. At a carbon content of more than 1.6% to 1.8%, the first condition for flame cutting is no longer met. Alloying elements such as chromium, nickel and tungsten also influence the suitability of the steel for flame cutting. The oxides of these elements have a high melting point, so the third condition is no longer met. However, the alloy elements alone do not determine whether a steel is suitable for flame cutting. The heat effect during flame cutting can also cause hardening, residual stresses and cracks in the cutting surface. Hardening depends on the carbon content and the cooling rate; residual stresses increase at low cutting speeds, and cracks develop in steels with more than 0.3% carbon. The risk of cracks can be reduced by applying additional heat with a burner during flame cutting and by preheating. G Acetylene To order this product, you need to login or register   Add to cart Acetylene offshore To order this product, you need to login or register   Add to cart Nitrogen 3.0 To order this product, you need to login or register   Add to cart SpeciaLaser 207 To order this product, you need to login or register   Add to cart SpeciaLaser 216 To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Wire arc based AM (DAD - Direct Arc Deposition) Wire arc based AM (DAD Direct Arc Deposition) Modern techniques for the production of high-performance metal parts The rise of the additive manufacturing industry has pushed the boundaries from welding as a pure joining process to generative manufacturing. To meet today's high demands, Linde offers a wide range of shielding gas solutions to maintain and refine material properties. The next level of welding technology This new process is based on both arc welding and plasma arc welding and uses wires as the starting material. These have been used for decades and are now adapted to the needs of additive manufacturing. Metal inert gas (MIG/MAG) and plasma welding techniques are used to melt the additive materials, which are used to build up 3D components layer by layer. Benefits of additive manufacturing with arc and plasma welding technology The advantages of additive manufacturing with arc and plasma welding technology are obvious: no complicated tools and equipment are required, making investment costs low, but the results absolutely convincing. Metal objects manufactured in this way impress with their structural integrity and dimensional accuracy. Since it is also possible to manufacture lightweight parts from expensive materials such as aluminum and titanium without material loss, which is considerable with machining techniques, additive manufacturing with arc and plasma welding technology is at the center of interest of many industries, especially for aerospace, automotive or medical. In terms of cost-effectiveness, this technology surpasses other additive manufacturing processes such as laser beam welding and electron beam welding. As with standard MIG/MAG welding, metal wire is fed and melts in the arc to directly generate the layer-by-layer build-up on the substrate. Short arc processes with lower heat input are preferred because of the heat sensitivity of most materials used in additive manufacturing. Protective gases protect the melt and hot metal from the ambient air and thus from oxidation Protective gases in additive manufacturing processes with arc and plasma welding technology Air, hydrocarbons and moisture in the heat-affected zone lead to process instability and thus poor results. To prevent the chemical reaction that occurs when the heated metal comes into contact with elements such as oxygen and nitrogen, shielding gases are used to protect the electrode, the weld pool and the heat-affected zone from reacting with the ambient air and to prevent degradation from the chemical reaction. By using shielding gases, the metallurgical properties of the parts are maintained or, in some cases, improved. Proven MIG/MAG welding gases help improve mechanical properties Argon, helium and mixtures thereof are the process gases of choice in additive manufacturing with MIG/MAG and plasma welding techniques. Active components such as CO2, O2, N2 or H2 can be added to fine tune material properties. With years of expertise in all welding, cutting, heating and coating applications, Linde can support you in selecting the right gases and mixtures for your specific additive manufacturing project in welding technology. With our CORGON®, CRONIGON® and VARIGON® product families, we offer a full range of proven MIG/MAG shielding gases. Our mixtures are specifically designed to give you all the benefits of continuity, speed and freedom of form, combined with the reliability of automated welding processes and the flexibility and control of manual welding processes. Recent research proves: additional cooling gas improves grain structure and size In collaboration with a research team from the Institute of Production Engineering at the Technical University of Ilmenau (Germany), a new cooling strategy was tested in the context of additive manufacturing to prevent exposure to high heat in the upper layers of the workpiece. Experimental tests were conducted with argon, hydrogen and nitrogen, showing a significant influence of the cooling gas on the temperature during the MSG process in additive manufacturing. The best results were obtained with nitrogen and hydrogen, which provided a highly effective cooling process. Thus, grain structure and grain size can be modeled into a homogeneous microstructure using the gas composition. Benefit from Linde's technical expertise and industrial experience Since application conditions such as temperature and protective atmosphere are critical to coating quality, our application experts can advise you on the choice of shielding gas, the required flow rate of the shielding gas and other operating parameters best suited to your needs. In addition, you will receive support in the management of installations and gases. We are happy to support you in optimizing all gas-related processes. We also offer safety training and preventive maintenance. Linde solutions for arc processes at a glance: Argon and helium gas supply - design, supply and installation Active gas supply - ready-made gas mixtures or ensuring process requirements are met on site Plasma gases - required for plasma generation On-site support - process and/or technical support On-stream gas system - design and maintenance services Gas safety - equipment, safety testing and training G Helium 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 To order this product, you need to login or register   Add to cart Argon 4.6 offshore To order this product, you need to login or register   Add to cart Argon 4.6 NEMO PLUS To order this product, you need to login or register   Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ CRYOPRO CRYOPROTM A comprehensive concept for meeting your gas needs in a sophisticated way CRYOPRO™ by Linde means liquid industrial gases for small-scale use. A sophisticated combination of thorough advice, balanced gas supply, maximum flexibility and no worries about your gas supply. More information Linde CRYOPRO flyer Choosing CRYOPRO is justified if your company uses between 10 and 100 cylinder packs per year (equivalent to 150 to 1,500 bottles). Even the capacity of our smallest CRYOPRO tank of 230 liters exceeds that of a single cylinder pack! Simplicity first: do-it-yourself installation. Within four days of entering into the agreement, Linde Gas will deliver a complete do-it-yourself package for the safe connection of your CRYOPRO gas supply to your own system, including the necessary equipment. However, if you prefer us to take care of the complete installation, a Linde technician can be at your service. Convenience serves the man, because we automatically refill your tank every three weeks; you don't even have to order anymore! CRYOPRO product range Liquid argon (technical) Liquid oxygen (technical) Liquid oxygen (food grade) If you use a mixture with other gases in your process, Linde can of course supply these as well. PROTEGON®, a gas mixture of argon and CO2, can be supplied simultaneously and with your own two-component mixer brought into the right composition for your process. Naturally, our food grade gases meet EU quality requirements. ]

[ Deliveries & Pick-up Delivery & Pick-up Pick up cylinders Order status Delivery documents Delivery outside Benelux Complaint about delivery Pick up cylinders Can I pick up my cylinders locally? You can pick up your gases and gas equipment directly from one of our outlets, agencies or partner companies. Click here to find the nearest sales point. We always recommend contacting the point of sale in advance to ensure that your desired gases are in stock. Can I place an order via the webshop and pick it up somewhere? At this moment it is not possible to place a pickup order via the webshop. Please contact the point of sale to pick up your order. Order status When will my order be delivered? If you order before 10:00, your order may be delivered the very next day (depending on the delivery area), unless you have entered a different delivery date. If you have ordered via the webshop then the delivery date is indicated on the order confirmation. How do I follow the status of my delivery? If you are logged in, go to "My Account" and choose "Orders and Deliveries". There you can see the status of your delivery. If you want more information about the status of your delivery, please contact us via live chat (during business hours). Delivery documents How can I view and download my delivery documents? - Log in to the webshop and go to ´my account´. - In my account click on ´orders & deliveries´. - Select the desired delivery address from the dropdown menu. - Next you have the possibility to search on delivery document number. You can also use the filters to find the delivery document you need. - In the list of orders there is a column ´related documents´ on the right. Here you click on ´view documents´ and you have the possibility to view the corresponding document. - After you have clicked on the option ´view documents´ a new window will appear that provides you the option to download the delivery document. - Please note that it can take up to two working days before the delivery document is available in the webshop for download. Is there a difference between the digital delivery document and the paper delivery document? No, the digital delivery document contains the same information as the paper delivery document in DIN A4 format. The only difference is how the document is signed. How long does it take for a delivery document to be visible in the web shop? Delivery documents can usually be viewed and downloaded within 2 working days after delivery. I need a delivery document immediately after delivery. Can Linde offer me a solution for this? Yes, we can send these to you by email within one hour of delivery. This first requires a registration of your email address. You can use this link to enter an email address for each installed tank and/or delivery address for cylinders. How can I change the email address(es) stored for the email service? Via this link you can cahnge the email address where you will receive the digital documents. How many email addresses can I submit for the email service? You can enter a maximum of one email address per delivery location. Why does Linde recommend specifying a general/shared email address for the email service? In larger organizations, it is convenient to specify a shared email address, for example, so that several colleagues can access the delivery documents. This is very useful if, for example, someone is on vacation or out of work. It is sometimes forgotten to notify Linde of the change and with a shared mailbox, the emails keep coming in. Of course, if you don't have a general or shared e-mail address, you can always log in to your online account and look up your delivery documents there. I still need an original (paper) delivery document. Is this possible? No this is unfortunately no longer possible as we will be working 100% paperless. You can print the document after receipt by e-mail or after download from the web shop. Why do I sometimes still receive a paper/hardcopy delivery document? In order to guarantee high delivery reliability and efficiency, deliveries can also be made across national borders. Not all our vehicles are equipped with the right hardware yet. I cannot find all delivery documents in the customer portal. How is this possible? The digital delivery documents are usually visible in the customer portal within two working days. However, in isolated cases this can also take a few working days. Printed delivery notes are scanned by us and can be viewed after 4-6 weeks. The original printout of the delivery document is handed over on site at the time of delivery. Delivery outside Benelux Is it possible to deliver my order outside the Benelux? Linde Gas Benelux only delivers in the Netherlands, Belgium or Luxembourg. If you would like to have your order delivered to another country, please contact customer service via live chat (during business hours) or via our online contact form . Complaint about delivery A product is missing from my delivery. What should I do? It is possible that the order is spread over several deliveries. You can check this by choosing "Orders and deliveries" in the "My account" environment. There you can see if your order has been spread over multiple deliveries. If this is not the case, please contact our customer service via the live chat (during office hours) or via our online contact form . The wrong product has been delivered. What should I do? Please contact our customer service via live chat (business hours) or via our online contact form . Please have the delivery document number or order number ready so we can help you quickly. My order was delivered to another location. What should I do? Contact our customer service team via live chat (business hours) or via our online contact form . Please have the delivery document number or order number ready so we can help you quickly. My order has not been delivered. What should I do? If your order cannot be delivered, we will contact you. If you have any questions you can also always contact us via live chat (business hours) or via our online contact form . Please have the order number ready so we can help you quickly. ]

[ Bulk Supply Bulk supply Large volumes of gas are supplied by bulk deliveries, either as a cryogenic liquid or a high pressure gas into storage on customer sites Bulk deliveries of oxygen, nitrogen, argon, hydrogen* and carbon dioxide are supplied as liquid because it requires much less storage capacity than gas. More information Vacuüm geïsoleerde opslagtanks (Dutch) Online tank management The liquid is delivered by our dedicated fleet of cryogenic tankers into vacuum insulated bulk storage vessels that we usually own and maintain on customer premises. The stored liquid is controlled at the required pressure by means of an automated regulation system. If the customer process requires gas, the liquid is vaporised and delivered as a gas along the supply pipe. If the process requires liquid, it is delivered directly from the storage vessel through a cryogenic vacuum insulated pipeline. The size and type of storage vessel and vaporisation is selected to suit customers’ individual requirements. *Bulk hydrogen would normally be supplied in high pressure gas tube trailers. Deliveries are made either by direct pressure transfer to permanent storage cylinders or with an on-site trailer used as storage. Telemetrie and Online tank management Storage vessels and high pressure gas tube trailers can be fitted with telemetry systems to provide real time remote monitoring of stock levels ensuring product is always available. Our 'online tank management' functionality gives you a complete and transparent overview of the use of liquid gas in bulk vessels. Please download the brochure below for more information. Download 'Online tank management' brochure ]

[ Cryogenic vessels Cryogenic vessels A wide range of nitrogen vessels for storing your supply of nitrogen or for preserving your samples. Cryogenic pressure and transport vessels → Dryshippers → Nitrogen storage vessels → Nitrogen vessels → Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]

[ Nitrogen vessels Nitrogen vessels For storage of small quantities of nitrogen from 0.5 to 50 liters For storage and easy draining of smaller quantities of nitrogen, Linde Cryoservices offers you open nitrogen vessels of the LD series from IC-Biomedical with an optional take-up siphon. These vessels are easy to use and offer a good, safe solution when you only consume a few liters of nitrogen per week or per month. The open dewars from the DSS series are ideal for on the lab table, or in the kitchen, for example. You can safely transfer liquid nitrogen into these cold- and heat-resistant stainless steel dewars for snap freezing your samples or making ice. LD-serie DSS-serie LD-serie Open nitrogen vessels from 4 to 50 liters. The LD nitrogen vessels in IC-Biomedical's range are made of high quality aluminum and designed for the storage and distribution of liquid nitrogen. The 4 liter vessels have a very small opening and are ideal for pouring. The 5 liter model with large opening is suitable for refrigerated and cold applications. For the 10, 25 and 50 liter containers there is a siphon with which under low overpressure can be transferred. Its pressure is limited to less than 100 mbar, allowing liquid nitrogen to be siphoned calmly and safely from the nitrogen vessel into another dewar or nitrogen vessel container. Please note that for safety reasons one should not pour from a 5 or 10 liter vessel, this is only allowed from a 4 liter vessel. Optional accessoires: Mobile chassis (25/50 liter) Drain siphon for safely draining nitrogen (10/25/50 liter) Datasheet Not (yet) available G LD-series cryogenic vessels From € 721.00 per piece (excl. VAT) Add to cart LD-series spare caps From € 29.30 per piece (excl. VAT) Add to cart LD-series accessories From € 112.80 per piece (excl. VAT) Add to cart DSS-serie For easy use of nitrogen on the lab table or in the kitchen. The open dewars of the DSS series are universally applicable. They are used on the lab table for snap freezing, but also in restaurant kitchens for molecular cooking. Open dewars are made entirely of stainless steel, making them very suitable for freezing or keeping material cold or hot. They can handle the temperature range from +200 to -200°C. and are therefore universally applicable. The open dewars are available from a 0.5 liter to a 6 liter capacity. They come standard with a clip-on lid. Optional accessoires: Lid Datasheet Not (yet) available G DSS-series open dewar From € 235.90 per piece (excl. VAT) Add to cart DSS-series open dewar met deksel From € 327.00 per Set (excl. VAT) Add to cart DSS-series clip-on lids From € 92.40 per piece (excl. VAT) Add to cart Request a consultation Contact us for a consultation about Linde Gas Benelux applications, products and/or services. Referred By Country *Lead Currency EUR - Euro Titel Lead source Web Industry Please select Chemistry & Energy Food & Beverage Metallurgy & Glass Manufacturing Healthcare Electronics Government Water Hydrogen Mobility SRA Others Salutation* Please select Mr. Mrs. Company* First name* Last name* Address* Zip code* City* Phone* E-Mail* Description (if applicable, please also mention your customer number)* ]