3M™ 3M Solus1000 Kit Gr/Bl Clear Scotchgard Anti-Fog Part# - 7100079182

3M™ 3M Solus1000 Kit Gr/Bl Clear Scotchgard Anti-Fog Part# - 7100079182

Brand: 3M™

Part Number: 7100079182

Weight: 0.16 lbs

Country of Origin: TAIWAN; REPUBLIC OF CHINA

Minimum Order Qty: 1 CA (20 EA = 1 CA)

Features: SCOTCHGARD ANTI-FOG COATING has an active ingredient that bonds to the lenses to help keep them clear longer than regular coatings, based on 3M internal testing | DESIGNED FOR CHALLENGING SITUATIONS such as hot and humid conditions, indoor and outdoor work, physically demanding tasks, and climate-controlled areas. | COMFORT: Low profile protective eyewear provides soft nose bridge and padded temples for added comfort | ANSI Z87: Meets the High Impact Requirements of CSA Z94.3-2007 and the High Impact Requirements of ANSI Z87.1-2020. | POLYCARBONATE LENSES absorb 99.9% UV rays. | For industrial/occupational use only. Not for consumer sale or use.

3M Solus 1000 series protective eyewear features Scotchgard Anti-Fog lens coating which helps workers see clearly, longer - providing longer lasting fog resistance than traditional anti-fog coatings. When microscopic water droplets land on lenses without any type of coating, they bead up and form condensation and fog, obscuring your vision. Scotchgard Anti-fog Coating produces a reduced-contact angle, flattening the water beads into a thin, transparent film of water that allows light to pass through. The coating retains its effectiveness for at least 25 washings with water*, allowing workers to wear their eyewear longer. The coating can be disinfected with diluted bleach soaking or alcohol wipes without losing its anti-fog performance. Washing with soap and water is considered a best practice and can enhance coating durability. These safety glasses have a low profile and are available in bold, modern colors for a personalized style. Meets the High Impact Requirements of CSA Z94.3-2007 and the High Impact Requirements of ANSI Z87.1-2020. *Based on 3M internal testing per EN168 test method when compared with traditional anti-fog coatings.