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Industrial gases

Industrial gases have very different properties and uses - they can for example accelerate or slow down processes and heat up or cool down materials. They play many roles and their usefulness can even be defined by what form they take - gas, cryogenic liquid or even as a solid.

Oxygen, nitrogen, argon and carbon dioxide are standard or bulk gases that are used in process and manufacturing industry today. However, in many gas solutions or applications gas mixtures are commonly used. With these premium gases like MISON® shielding gases you can increase the quality or your product, the productivity of your labour and the profitability of your business.

We at AGA can help you both select the right product and use it in an economical and safe way.

 

Industrial Gases - cutting and welding gases

Here you will find overall information about most of our gases, gas mixtures and details of the various cylinder types.


Acetylene

  • For gas welding, gas cutting, soldering and other fuel gas processes

Acetylene NEMO®
  • For gas welding, gas cutting, soldering and other fuel gas processes. Cylinder with integrated regulator

Oxygen
  • For gas welding, gas cutting, soldering and other fuel gas processes.

ODOROX NEMO®
  • For gas welding, gas cutting, soldering and other fuel gas processes. Cylinder with integrated regulator

Laser oxygen
  • For gas welding, gas cutting, soldering and other fuel gas processes

ODOROX®
  • Odorized oxygen for gas welding, gas cutting and soldering

Nitrogen
  • For plasma and laser cutting as well as root protection for TIG welding and applications that require a reaction-inert (mainly inert) atmosphere

Technical air
  • 79% nitrogen + 21% oxygen. For applications that require clean and dry air

Hydrogen
  • For fuel gas processes and applications that require a reducing atmosphere

Argon
  • For TIG and plasma welding, and for root protection as well as for applications that require an inert atmosphere

Balloon helium
  • For filling balloons

Carbon dioxide
  • For MAG welding (most suitable for so-called short-arc welding)

MISON® Ar
Argon with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for TIG welding

MISON® AR NEMO
Argon with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for TIG welding
  • Cylinder with integral valve

MISON® H2
98% Ar + 2% H2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for TIG welding

MISON® 2He
68% Ar + 30% He + 2% CO2 with <0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for MAG welding of stainless steel

MISON® 2
98% Ar + 2% CO2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for MAG welding of stainless steel

MISON® 8
92% Ar + 8% CO2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas (spray arc) for MAG welding of unalloyed and low-alloyed steel

MISON® 18
82% Ar + 18% CO2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas (spray arc) for MAG welding of unalloyed and low-alloyed steel
  • Also suitable for cored wire electrodes

MISON® 18 NEMO
82% Ar + 18% CO2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas (short arc and spray arc) for MAG welding of unalloyed and low-alloyed steel
  • Also suitable for cored wire electrodes
  • Cylinder with integrated regulator

MISON® 25
75% Ar + 25% CO2 with < 0.03% NO
  • Working environment-friendly (ozone-reducing) shielding gas for MAG welding of unalloyed and low-alloyed steel (suitable for so-called short arc welding)

CORGON 8
92% Ar + 8% CO2.
  • Shielding gas for MAG welding of unalloyed and low-alloyed steel with spray arc

CORGON 18
82% Ar + 18% CO2
  • Shielding gas (short arc and spray arc) for MAG welding of unalloyed and low-alloyed steel
  • Also suitable for cored wire electrodes


CORGON® 25
75% Ar + 25% CO2
  • For MAG welding of unalloyed and low-alloyed steel
  • Suitable for short arc MAG welding

CRONIGON® S2
98% Ar + 2% O2
  • For MAG welding of stainless steel

VARIGON® H5
95% Ar + 5% H2
  • For TIG and plasma welding of austenitic stainless steel

VARIGON® H7
93% Ar + 7% H2
  • For TIG and plasma welding of austenitic stainless steel

VARIGON® H35
65% Ar + 35% H2
  • For plasma cutting of stainless steel

VARIGON® He50
50% Ar + 50% He
  • For TIG and MIG welding of certain stainless steel, aluminum and copper alloys

VARIGON® He70
30% Ar + 70% He
  • For TIG and MIG welding of certain stainless steel, aluminum and copper alloys in larger material thicknesses as well as for plasma welding of aluminum and copper

FORMIER 10
90% N2 + 10% H2
  • Reducing root protection gas for TIG and MIG/MAG welding of e.g. stainless steel pipes

CORGON® 3
90% Ar + 5% O2 + 5% CO2.
  • For MAG welding (spray arc) of unalloyed and low-alloyed steel

CRONIGON® He
69% Ar + 30% He + 1% O2
  • For MAG welding of stainless steel
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Industrial gases