Esab 40V75 Tig Torch Gas Hose 12.5 Feet

Product Description

The ESAB 40V75 is a replacement gas hose designed for TIG welding torch assemblies. It carries shielding gas from the supply regulator to the torch body, maintaining a consistent gas flow to protect the weld puddle and tungsten electrode during operation. At 12.5 feet in length, it gives welders adequate reach for bench work and field fabrication without requiring a gas line extension. Weighing just 0.01 pounds, the hose adds minimal bulk to the torch setup. Installation is handled by welding technicians and certified welders during torch assembly, repair, or scheduled hose replacement.

This hose is suited for TIG welding applications in both shop and light industrial environments. The 12.5-foot length accommodates typical torch-to-cylinder distances found in fabrication shops, maintenance bays, and pipe welding setups. It is appropriate for use wherever a compatible ESAB TIG torch gas hose is required as a direct service replacement. The hose type designation includes gas and water configurations, making it relevant across a range of ESAB torch assemblies that route shielding gas through a dedicated hose line.

Key Features

• 12.5-foot length provides flexible reach for bench and field TIG welding setups
• Designed as a gas hose for TIG torch assemblies
• Lightweight construction at 0.01 pounds adds minimal handling burden
• Sold individually for single-hose replacement service
• Hose type covers gas and water-cooled torch hose applications

Compatibility

Designed as a replacement gas hose for compatible ESAB TIG torch assemblies. Consult the torch manufacturer documentation to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified welder or welding equipment technician. Always shut off the shielding gas supply at the cylinder valve and bleed residual pressure from the line before disconnecting the existing hose. Inspect all fittings for damage or thread wear before connecting the new hose, and verify there are no leaks at connection points using an appropriate leak-detection method before resuming welding operations.