Ceramic Std Gas Lens 7/16" – 10mm Bore (WP9/20) – packet of 5

Upgrade your TIG welding precision with the Ceramic Std Gas Lens 7/16″ – 10mm Bore (WP9/20) – Packet of 5 . Designed for professional welders, this premium-quality ceramic gas lens offers enhanced gas coverage, resulting in cleaner welds and improved control. Its 10mm bore diameter ensures optimal shielding gas flow, reducing turbulence and enhancing arc stability, even on sensitive or thin materials. Ideal for use with WP9 and WP20 TIG torches, these gas lenses are a perfect fit for a variety of welding applications including stainless steel, aluminum, and other metals.
Engineered for durability and efficiency, the lens provides excellent thermal resistance and longevity in high-temperature operations. Whether you’re working in fabrication, automotive, or industrial repair, these gas lenses maintain consistent performance over time. Each pack contains 5 pieces, ensuring you’re always stocked and ready for your next welding job. Trust in quality, reliability, and professional-grade performance.
Key Features
Precision Fit: Compatible with WP9 and WP20 TIG torches.
Enhanced Gas Flow: 10mm bore improves shielding coverage.
High Heat Resistance: Ceramic material withstands high temperatures.
Cleaner Welds: Reduces gas turbulence for a more stable arc.
Bulk Pack: Comes in a packet of 5 for long-term use.
Detailed Specifications
Product Type: Ceramic Standard Gas Lens
Torch Compatibility: WP9 / WP20
Bore Size: 7/16″ – 10mm
Material: High-grade ceramic
Quantity per Pack: 5
Application: TIG welding – stainless steel, aluminum, carbon steel
Detail Diameters
Bore Diameter: 10mm (7/16″)
Lens Length: Standard fit for WP9/WP20 gas lens collet bodies
Product Benefits and Uses
Ideal for professional TIG welders seeking consistent arc performance
Perfect for detailed welding jobs on aluminum and stainless steel
Improves gas coverage, helping to minimize oxidation and contamination
Essential for automotive fabrication, pipe welding, and precision repairs
Durable build ensures longer service life and reduced replacement frequency