Oakley - Ballistic Glasses SI M Frame 2.0 Industrial - OO9213-03
Ballistic glasses with a visor made of Plutonite polycarbonate in Oakley High Definition Optics technology distinguished by the uniform quality of the material throughout the visor, with Polaric Ellipsoid geometry. The toe in Unobtainium technology has hydrophilic properties, and the tinted visor transmits visible light at the level of 15%.
The visor meets the ANSI Z87.1-2003 and MIL PRF-31013 standards, and also protects against UVA, UVB and blue radiation with a wavelength up to 400nm. The O Matter frame has a tool-free replacement system and is compatible with MICH, CVC, PASGT helmets and similar.
Lenses features:- Made of Plutonite®, high-quality polycarbonate with excellent optical quality
- Oakley High Definition Optics (HDO®) technology with Polaric Ellipsoid ™ geometry
- Protection against UV radiation that blocks harmful ultraviolet UVA and UVB radiation and blue radiation with a wavelength of up to 400nm
- Meets or exceeds ANSI Z87.1-2003
- Meets or exceeds MIL PRF-31013 ballistic standard
- A secure hold and a very good fit thanks to the Unobtainium® nose piece with hydrophilic properties
- The tinted viewfinder has a visible light transmission of 15% and is designed for use in bright light conditions
Frame features:
- Extremely quick, tool-free visor replacement system
- Ultralight design
- Full compatibility with helmet-mounted night vision devices
- Fully compatible with MICH, CVC, PASGT and similar helmets
- Made of O Matter® material that is light and resistant to stress and chemicals
| Technical Data | |
|---|---|
| Frame material | O Matter material |
| Frame color | Matte Black |
| Lens material | Plutonite polycarbonate |
| Lens color | Gray |
| Polarization | No |
| Transmission of visible light | 15% |
| Weight | 30 g |
| Certificates | ANSI Z87.1-2003 / 2010 MIL PRF-31013 |
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.