MCR Safety's Hazard Assessment - 360° Protection Program
MCR Safety has over forty years of experience as a leader in the field of Personal Protective Equipment (PPE).
We have dedicated safety professionals committed to engaging at industrial workplaces to demonstrate our products, provide training, and extend our 360° Protection Program.
Also, now with a completely VIRTUAL option! Our dedicated safety professionals are committed to using our 5 step hazard assessment program in a virtual manner to reduce injuries, provide greater protection, and improve overall productivity.
Safety Goggles with Gray Lens
Anti-Fog Lens Coating
Full Foam Lined for Comfort and Breathability
Meets the ANSI/ISEA Z87.1 D4 designation for dust protection
MCR Safety's goggles are designed to provide solution-based eyewear protection. This brand is distinguished with application based, stylish design elements and superior coatings for work and play. The Predator® PD2 goggle meets the ANSI/ISEA Z87.1 D4 designation for dust protection and ANSI/ISEA Z87.1 for high impact. The full foam venting helps to reduce heat buildup and assists in minimizing fogging. This goggle is available in standard anti-fog or MAX6™ superior anti-fog which provides 6 times better fog protection. The wide profile lens provides excellent peripheral vision. The elastic strap with hook and loop material and 5-point ratcheting hinges provide complete adjustability for a more personalized fit. The Predator® PD2 goggle is a favorite for the mining industry and any industry needing dust, impact and anti-fog protection. Looking for the best safety goggles? Choose MCR Safety!
ANSI/ISEA Z87.1 D4 designation for dust
Full foam venting reduces heat build up and assists in minimizing fogging
Foam lining shields your eyes from dust and debris
Available with MAX6™ anti-fog or standard anti-fog coatings
Excellent peripheral vision
Elastic strap with hook and loop and 5 point ratchet for complete adjustability
Options that are Dielectric contain no metal pieces and are made with frame materials that are non-conductive. To view other dielectric options, Click Here
High velocity impact safety glass test method is performed by shooting a 1/4" steel ball at a speed of 150 feet per second aimed at the center of the lens. The result is a Pass or Fail which determines that a lens must not chip, break, or crack and it must maintain its original position in the frame.
MIL - PRF - 31013
Military ballistic impact standard which passes a 0.15 caliber, 5.8 grain, projectile at a velocity of 640 to 660
feet per second #SpecialForces #USA . For other items meeting MIL-PRF-31013 standards, Click Here
ANSI D4 DUST
Eye protection rating for prevention of dust hazards from entering the eye