Foster Grant Women's Rectangle Pls Sunglass E01

Description

Sunsentials™ from the Makers of Foster Grant® is a stylish, quality collection of sunglasses, suitable for everyday wear at an everyday low price. Each pair offers 100% UVA-UVB lens protection against the sun’s harmful rays and with an impact-resistant lens coating, these sunglasses will stand the test of time. From classic designs to trendy designs we’ve got all the styles to cover any look. Feel confident in Sunsentials™ from the Makers of Foster Grant®. • Impact-Resistant Lenses • 100% UVA-UVB Lens Protection (UV 400) • Helps block potentially harmful blue light* *Harmful blue light refers to the 415-455 nanometer range of the visible light spectrum. Lenses with uniform tint block approximately 70%-96%, and lenses with gradient tint block approximately 45%-96%, of harmful blue light. The percentage represents the average amount of harmful blue light blocked at 5 nanometer increments in 415-455 nanometer range. Sunsentials By Foster Grant Ladies Rectangle Floral Sunglass Make your look a little more flowery with these women's sunglasses. They have a rectangular frame made of plastic with a multi-color floral pattern. The smoke-to-purple gradient lenses complement the frame. Plus, the lenses are scratch- and impact-resistant and offer 100% UVA-UVB protection against harmful rays. Sunsentials™ is a stylish, quality collection of sunglasses, suitable for everyday wear at an everyday low price. From classic designs to trendy designs we’ve got all the styles to cover any look. Feel confident in Sunsentials, from the makers of Foster Grant. LENSES HELP FILTER POTENTIALLY HARMFUL BLUE LIGHT* Lenses with uniform tint filter approximately 70%-96% of potentially harmful blue light, and lenses with gradient tint filter approximately 0%-96% of potentially harmful blue light (depending on the portion of the lens tested). The percentage represents the average amount of potentially harmful blue light filtered at 5 nanometer increments in the 415-455 nanometer range of the visible light spectrum. . .