Welding technology covers a very wide range of procedures. The range of gases and applications that Messer offers you in this area is correspondingly diverse.
Shielding gases for welding are typically used in OXIPYR™ processes, which use fuel gas/air mixtures or, preferably, fuel gas/oxygen mixtures. Shielding gases for welding are also indispensable in arc welding, where the necessary thermal energy for the process comes from an arc. The same applies to TIG and MIG welding, where gas mixtures dominate today’s market. These mixtures feature a range of possible components, including argon and carbon dioxide as well as oxygen, helium, hydrogen and nitrogen.
A great variety of these standardised gas mixtures is now available for the aforementioned applications. Messer sells its range of shielding gases for welding in a clearly structured system using standardised group-wide names that are based on the materials being worked:
Shielding gases for plain and low-alloy steels.Learn More
Shielding gases for high-alloy steels and Ni-based alloys
Shielding gases for aluminium and non-ferrous metals
Shielding gas used as a replacement for similar CO2 containing welding mixtures. It is used in MIG welding applications for mild and low alloys steels and aluminum. Ozoline blends are superior due to its Ozone reducing properties, providing for a more stable arc, and higher welding efficiency.
Odourized oxygen has a clearly detectable smell to warn of potential leaks and dangerous accumulations of gas.
Messer not only provides you with gases for all applications in the field of cutting and welding but also extensive support for all gas relevant processes.
As a manufacturer of industrial gases, we not only deal with those processes that involve the use of industrial gases, but also with processes that are in competition with this. Messer’s advisory service on shielding gases for welding will gladly show you which shielding gas is the right one for your application: in a personal consultation and through on-site demonstrations.
These procedures can be roughly divided into the following manufacturing processes: