Mcr Safety CL117 Safety Glasses Silver Mirror Lens

Product Description

The MCR Safety CL117 is a lightweight polycarbonate safety glass from the Checklite CL1 series, designed for everyday use in industrial, construction, and general trade environments. The silver mirror lens filters 99.9% of harmful UV rays and features an exclusive Duramass scratch-resistant coating for extended lens life. The smaller frame profile is sized to fit a range of face shapes, including smaller faces, making it a versatile choice for crew-wide eye protection programs. This model meets and exceeds ANSI Z87+ impact and optical standards, qualifying it for use in regulated work environments where compliant PPE is required.

The CL117 fits well in general-purpose eye protection applications across multiple trades, including electrical, plumbing, HVAC, and construction. The spatula-style temples provide a stable, comfortable fit during extended wear. The silver mirror lens is well suited for outdoor or high-glare work environments where light management is beneficial. This model is appropriate for both full-time trade professionals and site visitors requiring temporary PPE compliance.

Key Features

• Silver mirror polycarbonate lens filters 99.9% of UV rays
• Exclusive Duramass scratch-resistant lens coating for extended service life
• Exceeds ANSI Z87+ impact and optical performance standards
• Smaller frame profile fits a wider range of face sizes
• Spatula temples for stable, low-pressure fit during extended wear
• Lightweight construction reduces fatigue during all-day use

Compatibility

Designed as a direct-fit safety glass in the MCR Safety Checklite CL1 series, suitable for general industrial and trade use wherever ANSI Z87+ compliant eye protection is required.

Installation Notes

No installation is required for this PPE item. Inspect lenses for scratches or cracks before each use, as damaged lenses must be replaced to maintain ANSI Z87+ compliance. Store in a protective case when not in use to preserve the Duramass coating and optical clarity.