Polaroid PLD4171GSX572 Women's Square Sunglasses - Polarized TAC Lenses 57mm

Discover the perfect blend of style and protection with the Polaroid PLD4171GSX572 sunglasses, designed for women who value both fashion and functionality. These square-frame sunglasses feature advanced polarized Triacetate Cellulose (TAC) lenses that reduce glare and provide 100% UV400 protection, ensuring your eyes are shielded from harmful UVA and UVB rays. Crafted with a durable plastic frame and full-rim design, they offer a comfortable fit with a lens width of 57 mm, bridge width of 17 mm, and temple length of 145 mm. The sleek black color (X57) makes them a versatile accessory for any outfit.

Advantages

Polaroid sunglasses are renowned for their superior lens technology. The polarized TAC lenses eliminate reflected glare, enhancing visual clarity and reducing eye strain, making them ideal for driving, outdoor activities, or everyday wear. The lightweight plastic frame ensures all-day comfort, while the full-rim construction adds durability. Each pair comes with an original case and cleaning cloth for easy maintenance and storage.

Suitable for

• Women seeking stylish and protective eyewear for daily use
• Outdoor enthusiasts who need glare reduction for driving, walking, or sports
• Individuals looking for a classic square frame that complements various face shapes

Key specifications

• Brand: Polaroid
• Model: PLD4171GSX572
• Gender: Women's
• Lens Type: Polarized
• UV Protection: 100% UV400
• Lens Material: Triacetate Cellulose (TAC)
• Frame Material: Plastic
• Frame Style: Full Rim
• Frame Shape: Square
• Lens Width: 57 mm
• Bridge Width: 17 mm
• Temple Length: 145 mm
• Color Code: X57
• Accessories Included: Original Case, Cleaning Cloth
• EAN: 716736999173

Recommendations

For optimal care, always store your Polaroid sunglasses in the provided case when not in use. Clean the lenses with the included microfiber cloth to avoid scratches. These sunglasses are designed for everyday wear and provide excellent protection against UV rays and glare.