ARGON/HYDROGEN (65/35) 6 PACK

Category Laser Mixes
2020.HYAR2000

ARGON/HYDROGEN (65/35) 6 PACK

Item Code: 2020.HYAR2000
Argon/Hydrogen gas blend is often used for welding high-alloy steels, titanium, and stainless steel. It enhances heat input and penetration, while reducing porosity and spatter. This gas blend produces strong and ductile welds with excellent overall welding performance.
Category Laser Mixes
  • Enhances heat input and penetration
  • Reduces porosity and spatter
  • Produces strong and ductile welds
  • Welding of high-alloy steels
  • Welding of titanium
  • Welding of stainless steel

Description

Argon/Hydrogen gas blend is often used for welding high-alloy steels, titanium, and stainless steel. It enhances heat input and penetration, while reducing porosity and spatter. This gas blend produces strong and ductile welds with excellent overall welding performance.
Brand

Evansville

Category

Laser Mixes

Cylinder Material

High Pressure Steel

Cylinder Size

6 Pack

Hazard Class

2.1

Compare

ARGON/HYDROGEN (65/35) 6 PACK

Category Laser Mixes
2020.HYAR2000

ARGON/HYDROGEN (65/35) 6 PACK

Item Code: 2020.HYAR2000
Argon/Hydrogen gas blend is often used for welding high-alloy steels, titanium, and stainless steel. It enhances heat input and penetration, while reducing porosity and spatter. This gas blend produces strong and ductile welds with excellent overall welding performance.
Category Laser Mixes
  • Enhances heat input and penetration
  • Reduces porosity and spatter
  • Produces strong and ductile welds
  • Welding of high-alloy steels
  • Welding of titanium
  • Welding of stainless steel

Description

Argon/Hydrogen gas blend is often used for welding high-alloy steels, titanium, and stainless steel. It enhances heat input and penetration, while reducing porosity and spatter. This gas blend produces strong and ductile welds with excellent overall welding performance.
Brand

Evansville

Category

Laser Mixes

Cylinder Material

High Pressure Steel

Cylinder Size

6 Pack

Hazard Class

2.1

Compare
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