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Linx® Shielding Gases

Many industries can benefit from Air Products' Linx® shielding gases for welding and cutting. They can improve quality, optimize performance, and reduce costs. Our experienced applications teams across the globe can use their knowledge of your industry and application to provide you with a supply of Linx® Shielding gases and a technology solution to meet your unique needs. The table below has more detailed information on our range of Linx® shielding gases.

Product NameDescription/BenefitsDownloads

Alulinx®

For aluminium. Alulinx®shielding gas has been specifically designed for high quality welding of aluminium and its alloys. A multi-purpose shielding gas, specially designed for MIG and TIG welding aluminium and its alloys across all material thickness.

For aluminium. Alulinx®shielding gas has been specifically designed for high quality welding of aluminium and its alloys. A multi-purpose shielding gas, specially designed for MIG and TIG welding aluminium and its alloys across all material thickness.

Ferrolinx® C
Ferrolinx® F

The thin steel specialist. Ultra low spatter generation and excellent arc control give superb weld quality and minimal product distortion. Smooth, flat, oxide free welds requiring virtually no post weld cleaning. Up to 26% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 57% lower fume emission rate than conventional shielding gases.

The thin steel specialist. Ultra low spatter generation and excellent arc control give superb weld quality and minimal product distortion. Smooth, flat, oxide free welds requiring virtually no post weld cleaning. Up to 26% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 57% lower fume emission rate than conventional shielding gases.

Ferrolinx® U

For MAG carbon steel. Extremely easy to use, stable arc conditions, tolerant to variations in weld parameters and base material surface finish giving minimal rejects and low manufacturing costs. Very low spatter generation, reducing clean-up time and costs. Excellent mechanical properties with low porosity levels giving optimal product quality. Up to 23% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 37% lower fume emission rates than conventional shielding gases.

For MAG carbon steel. Extremely easy to use, stable arc conditions, tolerant to variations in weld parameters and base material surface finish giving minimal rejects and low manufacturing costs. Very low spatter generation, reducing clean-up time and costs. Excellent mechanical properties with low porosity levels giving optimal product quality. Up to 23% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 37% lower fume emission rates than conventional shielding gases.

Inolinx® MAG

For MAG stainless. Carefully balanced gas formulation containing closely controlled CO2 and H2 mix components. Gives unique, brilliant shiny weld with smooth, flat surface profile. Superb weld penetration profile giving excellent fusion and ultra low reject levels. Up to 15% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 30% lower ozone exposure than conventional shielding gases.

For MAG stainless. Carefully balanced gas formulation containing closely controlled CO2 and H2 mix components. Gives unique, brilliant shiny weld with smooth, flat surface profile. Superb weld penetration profile giving excellent fusion and ultra low reject levels. Up to 15% faster than conventional shielding gases giving high productivity and low manufacturing costs. Up to 30% lower ozone exposure than conventional shielding gases.

Inolinx® TIG

TIG - Manual, mechanised & robotic. Superb weld quality, brilliant, shiny weld finish with smooth flat surface profile. Controlled hydrogen additions give ultra high speed TIG welding, suitable for manual and robotic use. Up to 30% faster than argon giving high productivity and low manufacturing costs. Low fume emission rates and ultra low ozone exposure levels.

TIG - Manual, mechanised & robotic. Superb weld quality, brilliant, shiny weld finish with smooth flat surface profile. Controlled hydrogen additions give ultra high speed TIG welding, suitable for manual and robotic use. Up to 30% faster than argon giving high productivity and low manufacturing costs. Low fume emission rates and ultra low ozone exposure levels.

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