Night Driving Glasses with Sheer Vision Yellow Polycarbonate Double Sided Anti-reflective Coating - Ergonomic, Stylish Retro White Frame Color - Also Comes with Replaceable Maxx Hd Lens
Brand: Sheer Vision

Anti-reflective eyeglass coating. Many eye care professionals strongly recommend glasses with an anti-reflective (AR) coating. This ultra-thin film, made from zircon and silicon, reduces internal reflections in the lenses. Unlike sunglasses or self-darkening lenses, which block some light, AR-coated glasses actually transmit more light - about 8 percent more. This improves vision at night and helps distinguish fine details during the day. Highway patrol troopers have reported better night and day vision and reduced nighttime glare with AR-coated lenses. Visionary Supplies would like to introduce Sheer Vision. Sheer Vision is a line of superior quality, anti-glare filter glasses for the night driving eyewear market. Our company devoted the necessary time and resources to developing an Anti-Glare Eyewear product that not only does the job, but is the most comfortable and stylish to wear. Here's how we did it...Sheer Vision is an enhanced polycarbonate plastic lens material with a unique coating applied to both the front and back surfaces. The coating creates a unique physical characteristic on the lens that resembles an oily residue or a drop of water in a puddle. This unique coating eliminates the glare while the enhanced polycarbonate material blocks the harmful UV light rays coming from the sun. These UV lights are normally very dangerous to the retina. Not only do Sheer Vision products reduce glare and UV light intake, but our state of the art lenses ALSO reduce headaches that usually are caused by prolonged, unprotected exposure to the persistent onslaught of harmful rays.

Enhanced polycarbonate double sided anti reflective coating
Scratch coating on the lens
Excellent UV protection - Blocks Blue Light
Reduces headaches and eye strain
Because of its ability to make your environment appear brighter, it is commonly used in low light conditions.