Izipizi Glacier I Cat 4 zonnebril - zwart

Experience unparalleled protection and performance with the Izipizi Glacier I Cat 4 Sunglasses, designed for extreme high-altitude activities. These premium sunglasses feature Category 4 lenses that block 92-97% of visible light, making them ideal for mountaineering, skiing, and glacier travel. The robust Grilamid TR90 frame ensures durability and flexibility, while the removable faux leather side shields provide additional glare protection. An adjustable silicone cord keeps the sunglasses secure in challenging conditions. With 100% UV protection and anti-reflective coating on the inner surface, your eyes are shielded from harmful rays and reflections. Compliant with ISO 12312-1 standards, these unisex sunglasses are a must-have for outdoor enthusiasts.

Advantages

Maximum light reduction with Category 4 lenses for extreme brightness. Lightweight and durable Grilamid TR90 frame for all-day comfort. Removable side shields for customizable protection. Adjustable silicone cord ensures a secure fit. 100% UV protection (UVA, UVB, UVC) and anti-reflective coating for clear vision.

Suitable for

• Mountaineering and high-altitude climbing
• Skiing and snowboarding
• Glacier travel and polar expeditions
• Any activity in extremely bright, reflective environments

Key specifications

• Lens Category: 4 (VLT 3-8%)
• UV Protection: 100% (UVA, UVB, UVC)
• Lens Material: Polycarbonate
• Frame Material: Grilamid TR90
• Frame Color: Black
• Lens Color: Grey
• Side Shields: Removable, Faux Leather
• Strap: Adjustable Silicone Cord
• Fit: Unisex
• Standards: ISO 12312-1
• Anti-reflective Coating: Yes (Inner Surface)
• Scratch Resistance: Yes
• Frame Width: 140 mm
• Temple Length: 145 mm
• Lens Height: 50 mm
• Bridge Width: 15 mm
• Included Accessories: Felt Pouch, Silicone Cord

Recommendations

For optimal performance, ensure the sunglasses fit snugly and the silicone cord is adjusted to prevent loss. Store in the included felt pouch when not in use. Not suitable for driving or indoor use due to extreme light reduction.