KastKing Skidaway & Raccoon Polarized Sport Sunglasses for Men and Women

KastKing Skidaway & Raccoon Polarized Sport Sunglasses for Men and Women

• WIDE TEMPLE WRAP DESIGN – KastKing Raccoon Polarized Sport Sunglasses are design with wide temple wrap, which blocks side-light offering maximum coverage. Made from the same Grilamid material commonly used by the military and in medical applications, the frames are well known for their strength, lightweight comfort, extremely flexible, heat and UV resistant, and impact-resistance. This ultra-lightweight material translates to a very comfortable fit.
• KEY FEATURES - Polarized lenses reduce glare - Impact resistant TAC lenses protect your eyes from flying objects - Block 100% of the harmful UVA and UVB rays - Lightweight, durable, and comfortable Grilamid frames
• OUTSTANDING LENSES – 1.0mm polarized lenses are comparable to the thickness you would find on much higher priced sports eyewear. KastKing TAC (Triacetate) lenses pass a double decentering test to ensure there is no optical distortion which can cause eye strain and headaches. KastKing Polarized reading sunglasses help reduce glare caused by reflected light to improve vision and comfort.
• SUPERIOR FRAMES – Made from the same Grilamid material commonly used by the military and in medical applications, our frames are lightweight, extremely flexible, and heat and UV resistant. Grilamid frames are well known for their strength, lightweight comfort, shape integrity, and impact resistance. This ultra-lightweight and malleable material translates to a very comfortable fit.
• BASE LENS COLOR and UV PROTECTION – Smoke lenses are ideal for bright sunlight with the most realistic color reproduction and also work well in medium light and partial shade. Brown lenses increase contrast and depth perception, ideal for partly cloudy to sunny conditions. Copper lenses provide excellent contrast and depth perception, best suited for moderate to low light. KastKing sunglasses block 100% of the harmful UVA and UVB rays and meet or exceed all U.S. ANSI standards