Xtrweld LENS24P-SH10 Welding Filter Plate Shade 10

Product Description

The XTRWELD LENS24P-SH10 is a Shade 10 polycarbonate filter plate lens designed for use in welding helmets and goggle-style welding shields. Measuring 2 x 4.25 inches, this lens filters harmful infrared and ultraviolet radiation generated during welding operations. It meets ANSI Z87.1 and CSA Z94.3 optical and protective standards, making it a code-compliant choice for job sites requiring documented eye protection. Licensed welders, fabricators, and safety-conscious contractors rely on this type of filter plate as a consumable replacement in high-use welding environments.

Shade 10 filtration is appropriate for light-duty MIG welding, TIG welding, and plasma cutting applications where arc intensity falls within the mid-range of the optical density scale. This lens fits standard 2 x 4.25 inch helmet filter plate openings. Each unit ships individually in a hangable bag, making it suitable for retail peg display or tool crib storage. The polycarbonate construction offers impact resistance compared to glass alternatives while maintaining optical clarity through the filter.

Key Features

• Shade 10 optical density — appropriate for MIG, TIG, and plasma cutting applications
• Polycarbonate construction for impact resistance and lighter weight versus glass
• Meets ANSI Z87.1 and CSA Z94.3 safety standards
• Standard 2 x 4.25 inch filter plate size for wide helmet compatibility
• Packaged individually in a hangable bag for easy point-of-use storage

Compatibility

Designed as a replacement filter plate for welding helmets and shields accepting a standard 2 x 4.25 inch lens opening.

Installation Notes

Filter plate lenses are installed and replaced by welders or safety personnel — no specialized tools are required. Ensure the welding helmet or shield is powered off and the arc is not active before replacing the lens. Inspect the lens retainer clip or frame for damage each time the filter plate is changed. Discard any lens showing cracks, pitting, or arc spatter penetration, as optical integrity directly affects eye protection performance.