Polaroid PLD4107S807 Óculos de sol Cat Eye para mulher - Havana Cinzento Polarizado

Elevate your everyday style with the Polaroid PLD4107S807 women's sunglasses, a perfect blend of fashion and function. Crafted from lightweight propionate, these cat eye/square frame sunglasses feature a sophisticated Havana (tortoise) finish and grey polarized polycarbonate lenses. Designed to provide 100% UV protection (UV400) and reduce glare, they are ideal for daily wear, driving, and outdoor activities. The combination of a 56 mm lens width, 17 mm bridge, and 145 mm temples ensures a comfortable fit for most face shapes. Filter category 3 offers high protection against sun glare, making them suitable for bright conditions. Whether you're running errands or enjoying a sunny day out, these Polaroid sunglasses deliver clarity, comfort, and timeless appeal.

Advantages

Polaroid's advanced polarized lens technology eliminates reflected glare, enhancing visual comfort and color perception. The lightweight propionate frame provides durability and all-day comfort, while the UV400 protection safeguards your eyes from harmful UVA and UVB rays. The cat eye shape adds a touch of retro elegance to any outfit.

Suitable for

• Women seeking stylish everyday eyewear
• Outdoor activities like driving, walking, or shopping
• Bright sunny conditions requiring high glare reduction

Key specifications

• Brand: Polaroid
• Model: PLD4107S807
• Gender: Women's
• Frame Color: Havana (Tortoise)
• Lens Color: Grey Polarized
• Lens Technology: Polarized
• UV Protection: UV400 (100% UVA/UVB)
• Frame Material: Propionate
• Lens Material: Polycarbonate
• Lens Width: 56 mm
• Bridge Width: 17 mm
• Temple Length: 145 mm
• Frame Shape: Cat Eye / Square
• Filter Category: 3
• Style: Fashion, Everyday
• Model Color Code: 807 M9
• Collection: Core

Recommendations

For optimal care, store your Polaroid sunglasses in a protective case when not in use. Clean lenses with a microfiber cloth to maintain clarity. These sunglasses are not recommended for direct solar observation.