KANASTAL TAC UV400 Popular for and More Over-the-Eye Sunglasses, Polarized, Lens, Protection, Sports, Driving, Hiking, Fishing, Baseball, Golf,

Gospel for eyeglass wearers, suitable for larger glasses: Over-sunglasses are functional sunglasses that can be worn over eyeglasses. They can be worn over eyeglasses or directly without eyeglasses. In order to fit various sizes of eyeglasses, we have adopted extra-large TAC polarized lenses, so they can be used by people who wear eyeglasses for myopia, hyperopia, and presbyopia. Even when wearing double glasses, they do not feel strange, and on the contrary, they are cool sunglasses that give the wearer a stylish aura. Ultra-elastic ear hooks, comfortable to wear: The temples of the sunglasses are made of ultra-lightweight and highly elastic TR-90 material. They are soft, durable, and shock-resistant. They feel so light you'll forget you're wearing them. They won't hurt your ears even when worn for long periods of time, and you don't have to worry about them falling off. UV400 Polarized Lenses: Kanastal sports sunglasses feature high-quality TAC polarized lenses. They offer UV400 protection, blocking over 99% of UV rays, protecting your eyes from dazzling sunlight and glare. The polarized effect reduces glare and ensures clear vision. Perfect for a variety of sports: These sunglasses are perfect for a variety of outdoor activities, including running, mountain climbing, cycling, biking, fishing, baseball, golf, driving, motorcycling, tennis, and more. They are also perfect for everyday use when the sun is a concern. These versatile sunglasses are perfect for a wide range of activities, from sports to leisure. Size: Lens width: 60 mm (width from left to right edge of lens, not including frame); Lens height: 41 mm (height from top to bottom edge of lens, not including frame); Overall width: 152 mm (measured from left to right at the widest part of the frame); Bridge width: 18 mm; Arm length: 133 mm; Weight: Approximately 25 g; Note: Due to manual measurement, there may be an error of 2-3 mm.