OAKLEY SI Ballistic M Frame 3.0 Sunglasses Clear/CAT0

The M Frame 3.0 PPE features a chemical resistant O-Matter® frame and Plutonite® lenses with HDO Optics for high-mass and high-velocity impact protection with the highest level of optical clarity. The lightweight frame design has a Hydrophilic Unobtainium® nosepad for a secure, no-slip grip even under wet conditions. The clear lenses feature an anti-scratch coating on the front of the lens and a permanent anti-fog coating on the back surface. The Clear lens features 89% visible light transmittance, suitable for use in low light to no light conditions and UV protection of Plutonite® lens material that filters out all of UVA / UVB up to 400 nm wavelength. Features: - This model meets EN166 (EU) and ANSI Z87.1 (US) safety eyewear standards - Optical Grade Lenses: Lenses are made from Plutonite®, Oakley’s high purity optical grade polycarbonate featuring Oakley’s HDO® Optics with Polaric Ellipsoid™ Technology - Distortion Free: Distortion-free optics & 100% UVA/UVB up to 400nm wavelength protection - Clear Lenses: Clear lens features 89% visible light transmittance, suitable for use in low light to no light conditions with no influence to contrast or color - Anti-Scratch / ANTI-FOG: Lenses provide an optimal combination of anti-scratch coatings on the outside of the lens and anti-fog coatings on the inside - O-Matter® Frame: Ultra lightweight impact and chemical resistant O-Matter® frame equipped with Unobtainium® increases grip and Thin Stem Technology for over-ear protection compatibility - Secure Fit: Even under wet conditions via Hydrophilic Unobtainium® nose pad. Specifications: - Light Transmission: 93% - Light Conditions: Low Light Technology: Impact Protection: - Oakley lenses designed and teste d under extreme high mass and high velocity circumstances to ensure uncompromising protection across a wide range of demanding conditions. High Definition Optics: - Oakley´s patented High Definition Optics (HDO®) eliminates distortion to give you clearer, sharper, and more accurate vision.