D2GS332 - CK Worldwide 2 Series Gas Saver Kit for 3/32" Tungsten

Operational Efficiency and Cost Reduction

The CK Worldwide D2GS332 Gas Saver Kit is an engineered solution designed to optimize TIG welding operations by addressing two critical metrics: consumable cost and shielding gas efficiency. Designed specifically for 2 Series torches (including models 9, 20, 100, 110, 130, 200, and 230FL2L), this kit replaces standard collet bodies with a specialized gas diffusion system. By creating a laminar flow of shielding gas rather than the turbulent flow typical of standard nozzles, the Gas Saver kit ensures a more coherent gas column. This efficiency allows operators to reduce gas flow rates by up to 40% without compromising weld integrity, directly impacting the bottom line for high-volume fabrication environments.

Technical Specifications and Compatibility

This specific kit is configured for 3/32" (2.4mm) tungsten electrodes and includes all necessary front-end components to convert a standard torch. The assembly features a proprietary heatshield, a precision-machined collet and collet body, a tungsten adapter, and a high-grade Alumina cup. The Alumina material offers excellent thermal shock resistance and durability in industrial settings. Unlike standard gas lenses which can be bulky and expensive to replace, the CK Gas Saver utilizes a replaceable screen adapter, making maintenance more economical over the lifespan of the torch. The system is fully compatible with major torch brands including Weldcraft, Lincoln, WeldTec, and Profax that utilize the 2 Series form factor.

Enhanced Access and Weld Quality

Beyond cost savings, the D2GS332 enhances technical capabilities. The laminar flow pattern provides a broader, more stable shield that protects the weld pool from atmospheric contamination even at longer stick-out lengths. Operators can extend the tungsten up to 6 times the electrode diameter beyond the cup. This capability is crucial for MRO applications requiring welding in deep crevices, corners, or obstructed areas where standard nozzles would fail to provide adequate coverage. By minimizing turbulence, the kit also reduces the likelihood of porosity and oxidation, ensuring high-quality results on sensitive materials like stainless steel and titanium.