DKNY Donna DK708SN521826 Occhiali da sole rettangolari 52/18/135 mm UV400

Elevate your style with the DKNY Women DK708SN521826 sunglasses, a perfect blend of modern design and essential eye protection. Crafted for the fashion-forward woman, these rectangular full-rim sunglasses offer a sleek, sophisticated look suitable for daily wear. The lightweight plastic frame ensures comfort, while the polycarbonate lenses provide 100% UV400 protection, shielding your eyes from harmful UVA and UVB rays. With a lens width of 52 mm, bridge width of 18 mm, and temple length of 135 mm, these sunglasses offer a balanced fit for most face shapes. The Category 3 filter makes them ideal for bright sunlight, reducing glare and enhancing visual clarity. A branded case is included for safe storage and portability.

Advantages

These DKNY sunglasses combine iconic New York style with practical features. The rectangular shape flatters a variety of face shapes, while the full-rim design adds durability. The polycarbonate lenses are impact-resistant and lightweight, ensuring all-day comfort. UV400 protection safeguards your eyes from long-term sun damage. The included case keeps your sunglasses scratch-free when not in use.

Suitable for

• Women seeking a stylish everyday accessory
• Outdoor activities in bright sunlight
• Driving and commuting
• Fashion-conscious individuals who value brand heritage

Key specifications

• Product Type: Sunglasses
• Target Audience: Women
• Model Series: DK708SN
• Lens Width: 52 mm
• Bridge Width: 18 mm
• Temple Length: 135 mm
• Frame Style: Full Rim
• Frame Shape: Rectangular
• Frame Material: Plastic
• Lens Material: Polycarbonate
• UV Protection: 100% UV400
• Filter Category: Category 3
• Lens Technology: Standard (Non-Polarized)
• Brand Logo Placement: Temples
• Case Included: Yes

Recommendations

For optimal care, clean the lenses with a microfiber cloth and store in the provided case. Avoid exposure to extreme heat or pressure to maintain frame integrity. These sunglasses are not suitable for direct solar observation.