Occhiali Sole Bolle Icarus Titanio Mate Lente Volt Ultravioleta

Bollé Icarus Matte Titanium Sunglasses with Ultraviolet Volt Lens

The Bollé Icarus Matte Titanium sunglasses with ultraviolet volt lenses are an essential accessory for cyclists seeking protection and style. Designed for superior performance, these sunglasses combine lightness and durability, ideal for any outdoor adventure.

Main Features

• Brand: Bollé. Renowned for its quality and technology in protective eyewear.
• Model: Icarus. Designed to be ultralight and comfortable.
• Weight: 24 grams. Extreme lightness for prolonged use without fatigue.
• Frame Material: Nylon. Durable and resistant material.
• Lens Technology: Volt Cat 3. Offers UV protection and improves visual clarity.
• Frame Shape: Non-circular single lens. Modern and aerodynamic design.
• Nose and Temples: Thermogrip nose pads and temple tips. Ensure a comfortable and secure fit.
• Color: Matte Titanium. Elegant and versatile aesthetic.
• Supplier Item Code: BS016009. Unique Product Identification.
• EAN Code: 840332200354. Barcode for identification and sale.

Use and Benefits

• UV Protection: Volt Cat 3 lenses protect your eyes from harmful UV rays, improving visibility and reducing eye strain.
• Lightweight and Comfortable: At only 24 grams, the Icarus goggles are extremely lightweight, making them ideal for extended wear without causing discomfort.
• Secure Fit: Thermogrip nose pads and temple tips ensure the goggles stay in place, even during intense activities.
• Durability: The nylon frame is impact and wear resistant, guaranteeing a long lifespan.
• Style and Versatility: The modern design and elegant aesthetic of the Icarus glasses make them suitable for any occasion, whether on the road or in the city. Summary: The Bollé Icarus Titanium Matte Sunglasses with Volt UV Lens are the perfect choice for cyclists seeking protection, comfort, and style. With their ultralight design, advanced lens technology, and durable materials, these glasses offer superior performance in any condition.