Whether an industrial, food, pharmaceutical or specialised requirement, use this guide to see the various options which may be suitable.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
The PRISM® membrane separators contain thousands of asymmetric hollow fibers that act as a molecular filter. When high-pressure gas mixtures enter the separator, the gas components divide as a result of selective permeation.
Our proprietary PRISM® Nitrogen Pressure Swing Adsorption (PSA) Systems are available in a wide range of models that can be customised to suit each customer's application requirements.
On-site production is often the best supply option for medium to larger oxygen requirements. Power efficient vacuum swing adsorption generators offer flexible on-site supply solutions. When you buy oxygen under an on-site agreement, you will join customers in over 50 countries who count on Air Products.
Air separation plants are especially built for customers with large demands of gases per day. Power-efficient offer flexible on-site supply solutions with a possibility co-production of other gases as nitrogen or argon.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
On-site production is often the best supply option for medium to larger oxygen requirements. Power efficient vacuum swing adsorption generators offer flexible on-site supply solutions. When you buy oxygen under an on-site agreement, you will join customers in over 50 countries who count on Air Products.
PRISM® Hydrogen Generators is a highly efficient process that use less natural gas and other utilities to save energy. Fully reliable and compact generators.
Gas bulk deliveries and storage systems provide a safe, reliable supply option for high-purity hydrogen.
Air Products offers liquid hydrogen in a variety of purities and various modes of supply around the world thanks to our network of storage and transfill facilities.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
The PRISM® membrane separators contain thousands of asymmetric hollow fibers that act as a molecular filter. When high-pressure gas mixtures enter the separator, the gas components divide as a result of selective permeation.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
PRISM® Hydrogen Generators is a highly efficient process that use less natural gas and other utilities to save energy. Fully reliable and compact generators.
Gas bulk deliveries and storage systems provide a safe, reliable supply option for high-purity hydrogen.
Cylinders are the traditional supply solution for low volume of gas. Air Products supplies a wide range of gases and gas mixtures at different purities and pressures, at full range of cylinder sizes from single ones to manifold packs.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
The PRISM® membrane separators contain thousands of asymmetric hollow fibers that act as a molecular filter. When high-pressure gas mixtures enter the separator, the gas components divide as a result of selective permeation.
Our proprietary PRISM® Nitrogen Pressure Swing Adsorption (PSA) Systems are available in a wide range of models that can be customised to suit each customer's application requirements.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
Our proprietary PRISM® Nitrogen Pressure Swing Adsorption (PSA) Systems are available in a wide range of models that can be customised to suit each customer's application requirements.
CryoEase® Service is a modern concept for smaller volume users of pure gases, cryogenic liquids or gaseous mixtures via a blender installed at the site, supplied with specially designed tank trucks with integrated controls and flexible storage tank options.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
The PRISM® membrane separators contain thousands of asymmetric hollow fibers that act as a molecular filter. When high-pressure gas mixtures enter the separator, the gas components divide as a result of selective permeation.
Our proprietary PRISM® Nitrogen Pressure Swing Adsorption (PSA) Systems are available in a wide range of models that can be customised to suit each customer's application requirements.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
PRISM® cryogenic on-site systems provide gaseous nitrogen and oxygen as well argon for various applications.
Air separation plants are especially built for customers with large demands of gases per day. Power-efficient offer flexible on-site supply solutions with a possibility co-production of other gases as nitrogen or argon.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
Our proprietary PRISM® Nitrogen Pressure Swing Adsorption (PSA) Systems are available in a wide range of models that can be customised to suit each customer's application requirements.
Bulk deliveries by a truck provide large amount of gases, stored on a customer’s site either as a liquid in cryogenic tanks or as a gas in high-pressure tubes.
Microbulk Applications Engineer, North America
Is my gas purity adequate for my process?
Industrial gases (such as nitrogen, hydrogen, and argon) for furnace atmospheres are characterized by their very high purity (>99.995%). Typical impurity levels are much less than 10 parts per million by volume (ppmv) oxygen and less than 3 ppmv moisture (<– 90° F dew point). This purity is typically adequate for many processes involving a wide array of materials. Some materials, though, due to their high reactivity, may require additional purification to reach even lower levels of impurity, especially with gases supplied via bulk or tube trailer supply modes. Some facilities install in-line purifiers as an added precaution against impurities picked up from the houseline. In-line purification typically involves the removal of oxygen and moisture. Sometimes with argon supply, it is necessary to remove trace nitrogen impurities. The choice of purifier is dependent on the gas and the type and amount of impurities to be removed.
Looking for a welding gas to drive both productivity and profit as well as ensuring weld quality? Use our easy gas selector tool. Alternatively, for general enquiries or to receive a quote for larger volumes call us on 0800 3890202 or fill in the contact form here.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
M31ArC50 weld process gas meeting the requirements of ISO14175:M31, contains 50% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
M20ArC10 weld process gas meeting the requirements of ISO14175:M20, contains 10% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M20ArC13 weld process gas meeting the requirements of ISO14175:M20, contains 13% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
M20ArC10 weld process gas meeting the requirements of ISO14175:M20, contains 10% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M20ArC13 weld process gas meeting the requirements of ISO14175:M20, contains 13% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
M31ArC50 weld process gas meeting the requirements of ISO14175:M31, contains 50% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
M20ArC13 weld process gas meeting the requirements of ISO14175:M20, contains 13% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
M31ArC50 weld process gas meeting the requirements of ISO14175:M31, contains 50% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
M20ArC10 weld process gas meeting the requirements of ISO14175:M20, contains 10% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M20ArC13 weld process gas meeting the requirements of ISO14175:M20, contains 13% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for spray transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
M31ArC50 weld process gas meeting the requirements of ISO14175:M31, contains 50% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
Ferrolinx® F weld process gas meeting the requirements of ISO14175:M14, contains 5% Carbon Dioxide and 2% Oxygen in Argon. Our thin steel specialist offers excellent weld pool control, pulsed arc characteristics and ultra low spatter levels. The choice for welding carbon, carbon-manganese and low alloy steels up to 10mm in dip, spray and pulse transfer modes.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
M31ArC50 weld process gas meeting the requirements of ISO14175:M31, contains 50% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
N5NH5 weld process gas meeting the requirements of ISO14175:N5, contains 5% Hydrogen in Nitrogen. Used for purging and backing of welds in stainless steel.
Inolinx® TIG weld process gas meeting the requirements of ISO14175:R1, contains 2% Hydrogen in Argon. Our best gas for TIG welding stainless steel improves weld quality and reduces rejects through excellent penetration characteristics and brilliant, smooth, flat weld finish. Higher productivity (up to 30% increase in manual weld speeds when compared with argon). Protects the work environment, minimal ozone generation.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Nitrogen Technical grade 4.8 (99.998%) meets the requirements for ISO14175:N1. It is typically used for purging, blanketing and inerting in welding processes.
I3HeAr5 weld process gas meeting the requirements of ISO14175:I3, contains 5% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe15 weld process gas meeting the requirements of ISO14175:I3, contains 15% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe50 weld process gas meeting the requirements of ISO14175:I3, contains 50% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3HeAr25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
M21ArC18 weld process gas meeting the requirements of ISO14175:M21, contains 18% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC20 weld process gas meeting the requirements of ISO14175:M21, contains 20% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
M21ArC25 weld process gas meeting the requirements of ISO14175:M25, contains 25% Carbon Dioxide in Argon. Used for MAG welding of carbon, carbon manganese and low-alloy steels. It can also be used to weld stainless steels materials but only with flux-cored filler wire due to its excellent penetration. Recommended for Spray transfer modes.
Ferrolinx® U weld process gas meeting the requirements of ISO14175:M24, contains 15% Carbon Dioxide and 2% Oxygen in Argon. Our reliable all-rounder improves weld quality and has excellent penetration properties. Tolerant to variations in weld parameters. The choice for welding carbon, carbon-manganese and low alloy steels in dip, spray and pulse transfer modes.
Carbon Dioxide Industrial grade (99.5%) is typically used for MAG-welding of carbon steels with solid and flux cored wires. May also be used for welding stainless and alloy steels but with flux cored wires only.
Inolinx® MAG weld process gas meeting the requirements of ISO14175:M11, contains 2% Carbon Dioxide and 1% Hydrogen in Argon. Our best gas for stainless steel welding all material thicknesses on dip, spray and pulse transfer. Stable arc conditions offer all-positional capability.
M12ArC2 weld process gas meeting the requirements of ISO14175:M12, contains 2% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
M12ArC1.5 weld process gas meeting the requirements of ISO14175:M12, contains 1.5% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
N5NH5 weld process gas meeting the requirements of ISO14175:N5, contains 5% Hydrogen in Nitrogen. Used for purging and backing of welds in stainless steel.
Inolinx® TIG weld process gas meeting the requirements of ISO14175:R1, contains 2% Hydrogen in Argon. Our best gas for TIG welding stainless steel improves weld quality and reduces rejects through excellent penetration characteristics and brilliant, smooth, flat weld finish. Higher productivity (up to 30% increase in manual weld speeds when compared with argon). Protects the work environment, minimal ozone generation.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Nitrogen Technical grade 4.8 (99.998%) meets the requirements for ISO14175:N1. It is typically used for purging, blanketing and inerting in welding processes.
I3HeAr5 weld process gas meeting the requirements of ISO14175:I3, contains 5% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe15 weld process gas meeting the requirements of ISO14175:I3, contains 15% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe50 weld process gas meeting the requirements of ISO14175:I3, contains 50% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3HeAr25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
M12ArC2 weld process gas meeting the requirements of ISO14175:M12, contains 2% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
M12ArC1.5 weld process gas meeting the requirements of ISO14175:M12, contains 1.5% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
M13ArO1 weld process gas meeting the requirements of ISO14175:M13, contains 1% Oxygen in Argon. Suited for MAG welding of stainless steels.
N5NH5 weld process gas meeting the requirements of ISO14175:N5, contains 5% Hydrogen in Nitrogen. Used for purging and backing of welds in stainless steel.
Inolinx® TIG weld process gas meeting the requirements of ISO14175:R1, contains 2% Hydrogen in Argon. Our best gas for TIG welding stainless steel improves weld quality and reduces rejects through excellent penetration characteristics and brilliant, smooth, flat weld finish. Higher productivity (up to 30% increase in manual weld speeds when compared with argon). Protects the work environment, minimal ozone generation.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Nitrogen Technical grade 4.8 (99.998%) meets the requirements for ISO14175:N1. It is typically used for purging, blanketing and inerting in welding processes.
I3HeAr5 weld process gas meeting the requirements of ISO14175:I3, contains 5% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe15 weld process gas meeting the requirements of ISO14175:I3, contains 15% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe50 weld process gas meeting the requirements of ISO14175:I3, contains 50% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3HeAr25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
M12ArC2 weld process gas meeting the requirements of ISO14175:M12, contains 2% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
M12ArC1.5 weld process gas meeting the requirements of ISO14175:M12, contains 1.5% Carbon Dioxide in Argon. Suited for MAG welding of stainless steels.
M13ArO1 weld process gas meeting the requirements of ISO14175:M13, contains 1% Oxygen in Argon. Suited for MAG welding of stainless steels.
N5NH5 weld process gas meeting the requirements of ISO14175:N5, contains 5% Hydrogen in Nitrogen. Used for purging and backing of welds in stainless steel.
Inolinx® TIG weld process gas meeting the requirements of ISO14175:R1, contains 2% Hydrogen in Argon. Our best gas for TIG welding stainless steel improves weld quality and reduces rejects through excellent penetration characteristics and brilliant, smooth, flat weld finish. Higher productivity (up to 30% increase in manual weld speeds when compared with argon). Protects the work environment, minimal ozone generation.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Nitrogen Technical grade 4.8 (99.998%) meets the requirements for ISO14175:N1. It is typically used for purging, blanketing and inerting in welding processes.
I3HeAr5 weld process gas meeting the requirements of ISO14175:I3, contains 5% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe15 weld process gas meeting the requirements of ISO14175:I3, contains 15% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe50 weld process gas meeting the requirements of ISO14175:I3, contains 50% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3HeAr25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
Inolinx® TIG weld process gas meeting the requirements of ISO14175:R1, contains 2% Hydrogen in Argon. Our best gas for TIG welding stainless steel improves weld quality and reduces rejects through excellent penetration characteristics and brilliant, smooth, flat weld finish. Higher productivity (up to 30% increase in manual weld speeds when compared with argon). Protects the work environment, minimal ozone generation.
Known for its unique inerting properties. A welding gas meeting the requirements of I1 according to ISO14175, for TIG welding of all weldable metals and alloys and MIG welding of aluminium and other reactive materials.
Alulinx® weld process gas meeting the requirements of ISO14175:I3, contains 30% Helium in Argon. Our best all rounder for MIG and TIG welding all thicknesses of Aluminium and its alloys. This mixture gives superb weldability, combined with high welding speeds up to 35% faster than possible with Argon.
I3HeAr5 weld process gas meeting the requirements of ISO14175:I3, contains 5% Argon in Helium. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe15 weld process gas meeting the requirements of ISO14175:I3, contains 15% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.
I3ArHe25 weld process gas meeting the requirements of ISO14175:I3, contains 25% Helium in Argon. Used for TIG welding of all weldable metals and alloys and metal inert gas MIG welding of aluminium and other reactive materials.