Large Diameter Gas Lens Collet 3/32" / 2.4mm Bore (WP 9/20) – packet of 5
Large Diameter Gas Lens Collet 3/32″ (2.4mm Bore) for WP 9/20 torches. Built for durability and precision. Packet of 5 – Shop now!
- Estimated Delivery : Up to 4 business days
The Large Diameter Gas Lens Collet 3/32″ / 2.4mm Bore (WP 9/20) – Packet of 5 is designed for professional TIG welders seeking enhanced arc stability and improved shielding gas coverage. Engineered for use with WP 9 and WP 20 TIG torches, these collets offer a precise fit and superior thermal conductivity. The large diameter design optimizes gas flow, reducing turbulence and shielding the weld zone more effectively, which is essential for clean, contamination-free welds on stainless steel, aluminum, and other critical metals. Whether you’re working in aerospace, fabrication, or automotive applications, this high-performance collet ensures a tighter arc focus, longer tungsten life, and consistent weld quality. Each pack includes five durable 3/32″ (2.4mm) bore collets, perfect for stocking your shop or mobile welding rig. Ideal for both professionals and serious hobbyists looking to maximize TIG welding performance and quality.
Key Features
Large Diameter Gas Lens – Maximizes gas shielding and reduces turbulence.
3/32″ (2.4mm) Bore – Ideal for most standard TIG welding rods.
WP 9/20 Torch Compatibility – Fits industry-standard torch models.
Enhanced Arc Control – Enables precise and stable welding arcs.
High Heat Resistance – Withstands demanding TIG operations.
Detailed Specifications
Collet Type: Large Diameter Gas Lens
Bore Size: 3/32″ / 2.4mm
Compatibility: WP-9, WP-20 TIG Torches
Material: Copper Alloy
Pack Quantity: 5
Welding Type: TIG (GTAW)
Application: Stainless Steel, Mild Steel, Aluminum, Titanium
Standard: Industry-compliant fit and performance
Product Benefits and Uses
Provides superior gas coverage for cleaner welds.
Reduces tungsten contamination and oxidation.
Enhances arc stability and control for precision welding.
Suitable for professional TIG welding in fabrication, aerospace, and motorsport industries.
Helps extend tungsten electrode life and improve overall weld quality.