BX Dual Reader11457-00000-20, 11458-00000-20, 11459-00000-20
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
3M™ BX™ Dual Reader Protective Eyewear 11457-00000-20 Clear Anti-Fog Lens, Silver-Black Frame
Attribute Name
|
Value
|
---|---|
Anti Fog Lens
|
Yes
|
Brand
|
BX™
|
Case Quantity
|
20
|
Class
|
Value
|
Comfort Features
|
Adjustable length temples, Adjustable lens angles, Soft adjustable nose bridge
|
Diopter
|
1.5
|
Eyewear Range
|
Value
|
Frame Color
|
Silver and Black
|
Frame Material
|
Plastic
|
Frame Style
|
Half-frame
|
Hard Coat Lens
|
No
|
Lens Coating
|
Anti-Scratch & Anti-Fog
|
Lens Color
|
Clear
|
Lens Marking
|
Z87+
|
Product Type
|
Safety Readers
|
Recommended Industry
|
Commercial Buildings, Design & Construction, Facility Sanitation, Food Processing, Food Safety, Heavy Infrastructure, Industrial Maintenance
|
Seal Type
|
No Seal
|
Specifications Met
|
ANSI Z87.1-2015
|
UV Protection
|
99.9%
|
BX protective eyewear is designed to help those engaged in small detail work. The polycarbonate lens has three lens angles for a custom fit. Integrated sideshields and soft nose bridge provide comfort for extended wear. These sleek, contoured and adjustable BX safety glasses help protect your eyes from impact and UV. • Clear anti fog lens • Silver/Black frame • Molded in +1.5 magnifying diopter on the on the upper and lower lens • 20 safety glasses per case • Polycarbonate lens absorbs 99.9% UV • Meets the High Impact Requirements of ANSI Z87.1 2015