Wednesday, September 16, 2015

Mirrored Lenses


Silver Mirror lenses reflect light in bright conditions, decrease visible brightness, and reduce glare. A silver-colored mirror coating adds a reflective layer to the light-blocking properties of a smoke base tint. 13% of visible light passes through this lens color. Available in the Baretti, Brazeau, Dakura, Kazbek, Kazbek XL, Khor, Kirova, Reclus, and Zorge G2.



Blue Mirror lenses reflect light in bright conditions, decrease visible brightness, and reduce glare. A blue-colored mirror coating adds a highly reflective layer to the light-blocking properties of a smoke base tint. 12% of visible light passes through this lens color. Available in the Brazeau, Dakura, Kazbek, Kazbek XL, Khor, and Reclus.




Rose Mirror lenses reflect light in bright conditions, reduce glare, and sharpen details in flat light. A light silver mirror coating adds a reflective layer to the warming properties of a rose-colored base tint. 11% of visible light passes through this lens color. Available in the Dakura.





Aqua Precision Red Mirror lenses offer the ultimate visual clarity and contrast in bright light conditions. A flame-colored mirror coating adds glare reflection to Aqua Precision lenses – clear lenses infused with anti-reflective ions, rather than lenses created by a layering process. This is the same optical technology created by NASA for helmet visors and satellite portholes. 13% VLT. Available in the Baretti, Brazeau, DakuraKazbek, and Khor.


Polarized G-15 Silver Mirror lenses provide contrast and image definition while maintaining a neutral, true-to-life perspective. A silver mirror coating adds a reflective layer to the cooling properties of a green-colored base tint, a technology pioneered by the U. S. Air Force. The addition of a polarizing filter increases clarity by reducing glare. 11% of visible light passes through this lens color. Available in the Brazeau, Dakura, Kazbek, Khor, and Reclus.


Polarized Aqua Precision Blue Mirror lenses offer the ultimate visual clarity and contrast in bright light conditions. A blue-colored mirror coating adds glare reflection to an Aqua Precision lens – a clear lens infused with anti-reflective ions. This is the same optical technology created by NASA for helmet visors and satellite portholes. The addition of a polarizing filter increases clarity by reducing glare. 10% VLT. Available in the Dakura, Khor, Kazbek, and Reclus.


Thursday, September 10, 2015

Caraz

The extra lightweight Caraz has a modern wrap-around frame and also offers high-impact protection. Its flexible and durable black frame is sleek and stylish, making it a perfect choice for work or play.

  • Pronounced "kuh-roz"
  • Lens options: Anti-Reflective, Copper, Smoke, Polarized Smoke
  • Patented, highly flexible, black nylon frame
  • Metal "E" logo on temples
  • Blocks 99.9% of UVA/UVB/UVC rays
  • Meets ANSI Z87.1+2010 specifications
  • Military ballistic MCEPS GL-PD 10-12 compliant
  • Visit edge-eyewear.com for more information

Thursday, September 3, 2015

Vapor Shield Military-Grade Anti-Fog Lenses

Most situations can be handled with Standard Anti-Fog lenses, but for extreme environments Edge Eyewear developed a revolutionary, military-grade anti-fog technology called Vapor Shield. It is completely resistant to fog.

Vapor Shield offers the ultimate visibility by minimizing the surface tension for water. These lenses are capable of withstanding the most demanding circumstances – whether exposed to hot, cold, or humid conditions, they stand up to the test.

Vapor Shield lenses have passed the following laboratory tests:
• -44°F for 15 minutes
• Transition from -44°F to 76°F
• 125°F with 80% humidity

The following models are available with Vapor Shield technology: Dakura, Kazbek Multi-Fit, Kazbek Multi-Fit with Gasket, Kazbek XL, Kazbek XL with Gasket, Zorge G2, Caraz Spoggles, Kazbek Spoggles, Batian Goggles

All Edge Eyewear safety glasses are coated to prevent scratching and are compliant with ANSI Z87.1+ 2010 and Military Ballistic MCEPS GL-PD 10-12 standards.