18GL32 - Weldcraft 3/32-inch Gas Lens Collet Body for WP-18SC Torches (2-Pack)

Weldcraft 18GL32 3/32" Gas Lens Collet Body (2-Pack)

The Weldcraft 18GL32 is a premium gas lens collet body designed specifically for heavy-duty TIG welding applications using the WP-18SC (W400) series torches. This component is essential for professionals seeking to optimize their shielding gas coverage and improve overall weld quality. Unlike standard collet bodies, the 18GL32 utilizes a multi-screen gas lens assembly that rectifies the flow of shielding gas, converting turbulent flow into a smooth, laminar stream. This is particularly critical in high-amperage applications where the WP-18SC torch is typically employed, ensuring that the weld pool remains uncontaminated by atmospheric gases.

Manufactured to precise tolerances, this 3/32" (2.4mm) collet body ensures excellent electrical conductivity and heat transfer, which helps in maintaining the longevity of the consumable and the torch head itself. The gas lens design allows for a longer electrode stick-out—often up to an inch or more depending on the cup size—without sacrificing gas coverage. This feature provides the operator with superior visibility of the arc and the weld puddle, which is invaluable when welding in restricted spaces or complex geometries.

This product comes in a package of two, ensuring that you have a spare on hand to minimize downtime during critical fabrication tasks. It is compatible with standard 3/32" tungsten electrodes and requires matching gas lens alumina cups to function correctly. By choosing genuine Weldcraft components, you ensure seamless compatibility with your Miller or Weldcraft TIG equipment, maintaining the high performance and reliability expected in industrial environments.

Key Technical Benefits:

• Turbulence Reduction: The integrated mesh screen smooths out gas flow, reducing the risk of porosity.
• Extended Reach: Laminar flow permits greater tungsten extension for better access to deep joints.
• Gas Efficiency: Improved coverage often allows for slightly lower gas flow rates while maintaining protection.