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There are now many different brands of designer sunglasses which have either evolved in their own right, such as Ray Ban or Oakley sunglass outlet , or have been created as an accessory to the fashion house brands, such as Gucci and Versace etc. This article examines the backgrounds to these different designer brands, tracing back to their roots and finding out how they were first created and grew into the well-known high street fashion brands that we all desire to wear. Learn about Oakley, Rayban, Dolce and Gabbana, Diesel, Gucci, Hugo Boss, Prada, Tommy Hilfiger, and Versace.

Oakley is mostly known for their quality adidas sunglasses  and ski goggles, and was founded by Jim Jannard in California,USA in 1975, where he developed motorbike hand grips, and then sold them at motocross events. He called them “The Oakley Grip”, and were very different to any other grips riders had been using. In the 1980’s he moved on to goggles and sunglasses, and is now a world leader in innovative design, creating new and exciting products.

Plutonite is used for all Oakley sunglasses sale lenses. It is made of polycarbonate, making the lenses lightweight, offering superior comfort, clarity and protection against ultraviolet radiation and impact resistance. In fact, this impact resistant material blocks out 100% of all UVA, UVB and UVC radiation. The protection is formulated into the lens material, as opposed to a thin surface film that can become scratched, leaving dilated pupils exposed to ultraviolet leaks. Shielding has nothing to do with the darkness or colour of the lens, so even clear non-tinted Oakley lenses will still provide full UV protection.

The wrapped around, raked-back design of Oakley eyewear provides further protection by blocking UV from the periphery. The lens materials and frame geometries of Oakley chanel sunglasses sale  provide unsurpassed protection against high-velocity and high-mass impact.

This is a uniform filtering layer that optimizes contrast and minimizes glare, created by super-heated metallic oxides being fused to the lens at a molecular level, permanently bonding to the lens. Tuned to transmit from 9 to 92% of available light, the coatings are specifically formulated for optimal balance between reflection, transmission and absorption.