Sunglasses Bliz P005S matte burgundy/brown rose multi (0ZB7028-11 35)

Bliz P005S matte burgundy/brown rose multi sunglasses are an advanced sports accessory that combines functionality with modern technologies. Featuring Hydro Lens Technology™, they offer excellent protection against UV radiation, which is crucial during outdoor activities. The high-quality polycarbonate material guarantees durability and resistance to damage.

Advanced lens technologies

The Bliz P005S glasses utilise Fusion Lens Tech™, ensuring clear and sharp vision in varying lighting conditions. The cylindrical lens design and light transmission level of 8-18% make them suitable for wearing in intense sunlight. Additionally, the interchangeable lenses allow for adaptation to specific needs and conditions.

Functionality and fit

Bliz P005S matte burgundy/brown rose multi sunglasses feature adjustable temples and nose pads, enabling precise fitting to the user's face shape. The category 3 tint level means these glasses provide solid protection against intense sunlight, which is particularly important for outdoor sports.

Materials and certifications

The use of polycarbonate in the glasses' construction ensures their lightness and durability. The product complies with CE standards, confirming its high quality and safety for use. The UV filter in the lenses protects the eyes from harmful radiation, which is essential for prolonged sun exposure.

Bliz P005S matte burgundy/brown rose multi sunglasses - features:

• Hydro Lens Technology™ provides protection against UV radiation;
• Fusion Lens Tech™ offers clear vision in variable lighting conditions;
• Cylindrical lens design enhances viewing comfort;
• Light transmission ranges from 8-18%;
• Adjustable temples allow fitting to face shape;
• Nose pad adjustment enables individual tailoring;
• Category 3 tint level protects against intense sunlight;
• Made of polycarbonate for durability and lightness;
• CE compliance confirms quality and safety;
• Interchangeable lenses allow adaptation to different conditions.