Oakley - Replacement Lenses for Standard Issue Ballistic HNBL Glasses - Plutonite - Clear - 103-564-001
Replacement lenses for Oakley Standard Issue Ballistic HNBL ballistic eyewear. All visors are made of Plutonite®, a high purity optical polycarbonate proprietary to the Oakley brand, and feature Oakley High-Definition Optics (HDO®) with Polaric Ellipsoid™ geometry.
They owe their UV protection to the lens material, Plutonite® plastic, which filters out all UVA / UVB rays and harmful blue light up to 400 nm. The visors meet and exceed ballistic standards ANSI Z87.1-2003/2010 and MIL PRF-32432A.
The transparent visor has a visible light transmittance of 89%, making it suitable for use in low-light or no-light conditions. The gray and colored glasses have visible light transmittances of 15%, and are suitable for bright light, meeting MCEPS requirements for neutrality and chromaticity.
All visors have an internal Anti-Fog coating to protect the glasses from fogging during intense exercise and extreme temperatures.
Features:
- Replacement visors for Oakley Standard Issue Ballistic HNBL ballistic goggles.
- UV protection thanks to the Plutonite® lens material.
- It filters UVA / UVB radiation and harmful blue light up to 400 nm.
- They meet and exceed ballistic standards ANSI Z87.1-2003/2010 and MIL PRF-32432A.
- The clear glass has 89% visible light transmission, suitable for use in low-light or no-light conditions.
- Gray and colored visors have 15% visible light transmittance, suitable for use in bright light.
- They meet MCEPS requirements for neutrality and chromaticity.
- All glasses have an internal Anti-Fog coating.
- It protects the glasses from fogging during intense exertion and extreme temperatures.
Technical data | |
---|---|
Compatibility | Oakley Standard Issue Ballistic HNBL |
Material | Plutonite® |
Standards | ANSI Z87.1-2003/2010 MIL PRF-32432A |
Anti-Fog coating | Yes |
Color | Transparent |
Risk of eye damage. The product protects against hazards in accordance with the relevant standards. Use in accordance with occupational health and safety regulations and standards.