MCR Crews® Black Safety Glasses with Clear Lens SS110
Asbestos Handling Work
Painting
Mining
Construction
Healthcare
Sander work
Grinder work
Automotive
Maintenance
- Cost-efficient single-lens design
- Rugged polycarbonate lens filters 99.9% of harmful UV rays
- Spatula temple with extendable adjustment
- Meets ANSI/ISEA Z87.1 2020 standard
- Formerly known as Crews® Safety Glasses
Brand: | Crews |
More product details of MCR Crews® Black Safety Glasses with Clear Lens SS110
The SS1 series features a one piece polycarbonate lens and a stylish wrap-around design that offers the user a wide area of protection. Integral side shields offer protection from particles entering the eyewear from the sides. The SS1 provides an exceptional wide angle of unrestricted vision allowing you to safely assess your environment. The molded-in nose bridge comfortably fits a wide variety of faces. It features a stylish wrap-around design and one piece polycarbonate lens with integral sideshields that filters out 99.9 percent of UV radiation. The lightweight frame provides added comfort and balance. Choose the best safety glasses, choose MCR Safety!
Specifications:
Telescoping Temples: Yes
ISO 12312-1 Blue Light: 14%
Z87+: Yes
CE EN166: Yes
CAN/CSA Z94.3: Yes
Lens Color: Clear
Primary Temple Color: Black
Temple Type: Spatula
Nosebridge Material: Polycarbonate
Primary Temple Material: Nylon
VLT %: 90
Lens Coating: Duramass Hard Coat
Primary Frame Color: Black
Primary Frame Material: Nylon
Features:
Duramass Scratch Resistant Lens Coating
Our Duramass® lens coating is a clear hard coat that provides additional scratch resistance to select glasses, goggles, and face shields.
Ultraviolet Rays 0-385nm
The U6 marking confirms that all polycarbonate lenses found in MCR Safety's eyewear styles block 99.9% of harmful UV radiation found in the Ultraviolet light range reaching up to 385 nanometers (nm).
Z87+
These products meet ANSI/ISEA Z87.1-2020 standards. This 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.