Swank XL Polarized Sunglasses

Grilamid TR90 is a lightweight, flexible, and durable plastic used in the frames of our sunglasses. Its unique properties make it ideal for sports and outdoor activities, as it provides comfort and resilience. This means your sunglasses will maintain their shape and withstand impacts, ensuring they last longer during your adventures.

Hydrophilic rubber is designed to attract water, which enhances grip when the rubber gets wet, such as during sweating. This feature ensures that the nose and temple pads of the sunglasses stay securely in place, providing comfort and stability during physical activities, so you can focus on your performance without worrying about your eyewear slipping.

The Tifosi Glide Textured Coating is a special surface treatment that enhances grip and comfort. It allows for smooth adjustments, making it easier to wear the sunglasses for extended periods without discomfort. This means you can enjoy your activities without constantly readjusting your eyewear.

Polycarbonate lenses are lightweight and impact-resistant, making them an excellent choice for sports eyewear. They provide superior protection against scratches and shattering, ensuring your vision remains clear and safe during outdoor activities. This durability means you can enjoy your adventures without worrying about damaging your lenses.

UVA/UVB protection refers to the ability of the lenses to block harmful ultraviolet rays from the sun. These rays can cause skin damage and eye problems over time. Sunglasses with UVA/UVB protection help safeguard your eyes during outdoor activities, making them essential for maintaining eye health while enjoying the sun.

Yes! Our sunglasses are designed with features like Grilamid TR90 frames, hydrophilic rubber grips, and polycarbonate lenses, making them ideal for a variety of outdoor activities, from running and cycling to hiking and water sports. Their lightweight and durable design ensures they can keep up with your active lifestyle while providing comfort and protection.