3M™ SF200P1-DC SecureFit™ Anti-Fog and 49 similar items

3M? SF200P1-DC SecureFit? Anti-Fog Anti-Scratch Clear Lens Safety Glasses Durable lenses help provide limited protection from light to moderate impact hazards 3M? Pressure Diffusion Temple Technology self adjusts to provide a secure, comfortable fit Lightweight, durable design for comfort and lasting wear Details Highlights Durable lenses help provide limited protection from light to moderate impact hazards 3M? Pressure Diffusion Temple Technology self adjusts to provide a secure, comfortable fit Lightweight, durable design for comfort and lasting wear Weighs less than 1 ounce Sleek temples create a comfortable fit when worn with ear protection When worn with hearing protection, flat temple design limits risk of reduced effectiveness Flexible temples conform comfortably to different head sizes Compatible with many types of additional Personal Protection Equipment (PPE) Anti fog, scratch resistant lenses help keep vision clear Impact resistant lenses block 99.9% of UV rays Meets the requirements of ANSI Z87.1, CSA Z94.3 and AS/NZS 1337 Clear lenses help provide excellent visibility and can be used indoors or outdoors Sleek. Modern. Adaptive. Say hello to the next generation in protective glasses ? 3M? SecureFit? 200 Safety Eyewear. Designed with our patented 3M? Pressure Diffusion Temple Technology, these safety glasses feature flexible arms that fit comfortably over your ear and self adjust to provide a customized fit for every member of your crew. The streamlined, wraparound design conforms securely to your face to help block small flying objects and particles, while the anti fog, scratch resistant lenses help keep your visibility sharp so you can focus on the task at hand. The slim temples are great for pairing with hearing protection, and the lightweight design creates a barely there feel, great for all day wear. So give your eyes the essential protection they deserve and the comfort you demand with 3M? SecureFit? 200 Safety Eyewear.3 (description exceeds maximum possible length)