Mcr Safety KD117 Safety Glasses Silver Mirror Lens

Product Description

The MCR Safety KD117 is a pair of safety glasses from the Klondike KD1 series, designed to deliver reliable eye protection with a frame that fits comfortably through extended wear. Built on a matte black frame, the KD117 features a silver mirror lens and a full orbital seal with dual lens design to block debris, UV exposure, and glare. A soft TPR nose pad holds the frame securely without pressure points, and extendable spatula temples allow techs and tradespeople to dial in the fit across a full shift. These glasses weigh 1.64 pounds per packaged unit and are sold individually.

The KD117 is suited for general industrial and construction environments where basic eye protection and glare reduction are both priorities. The silver mirror lens is appropriate for outdoor or high-brightness indoor applications. Adjustable temple length accommodates a range of head sizes without requiring additional hardware. The full orbital seal and dual lens configuration offer improved coverage compared to standard frameless safety eyewear. Tradespeople in electrical, HVAC, plumbing, and construction who spend time working in bright or outdoor conditions will find this a practical, low-cost option for daily-use protective eyewear.

Key Features

• Full orbital seal with dual lens design for improved debris and UV protection
• Matte black frame finish for a low-profile, professional look
• Silver mirror lens reduces glare in bright indoor and outdoor environments
• Soft TPR nose pad provides secure, pressure-free fit during extended wear
• Extendable spatula temples adjust to fit a range of head sizes

Compatibility

Designed as an OEM-style personal protective eyewear replacement within the MCR Safety Klondike KD1 series product family.

Installation Notes

Safety glasses require no installation. Inspect the lens and frame for cracks or damage before each use. Follow ANSI Z87.1 eye protection requirements for the specific work environment. Replace immediately if the lens becomes scratched or the frame is compromised, as structural damage reduces protective performance.