ANA HICKMANN gafas de sol mujer HI3068-5809AB - marrón/oro acetato/metal montura rectangular, lentes degradado marrón, protección UV400

Elevate your style with the ANA HICKMANN Women's Sunglasses HI3068-5809AB. These sophisticated sunglasses combine a classic rectangular frame with modern gradient brown lenses, offering both fashion and function. Crafted from high-quality acetate and metal, the frame features a rich brown and gold color scheme that complements any outfit. The polycarbonate lenses provide 100% UV400 protection, shielding your eyes from harmful UVA and UVB rays. With a lens width of 58 mm, bridge width of 18 mm, and temple length of 145 mm, these sunglasses ensure a comfortable fit for most face shapes. The full-rim design and category 3 filter make them ideal for bright sunlight. Each pair comes with a protective case and cleaning cloth for easy maintenance.

Advantages

These sunglasses offer a perfect blend of style and protection. The gradient brown lenses reduce glare while maintaining natural color perception, and the lightweight acetate/metal frame ensures all-day comfort. The included case and cloth add convenience for storage and cleaning.

Suitable for

• Women seeking fashionable eyewear for daily wear
• Outdoor activities in bright sunlight
• Driving and travel
• Gift-giving for style-conscious individuals

Key specifications

• Brand: ANA HICKMANN
• Model: HI3068-5809AB
• Target Gender: Women's
• Frame Material: Acetate / Metal
• Frame Color: Brown / Gold
• Lens Material: Polycarbonate
• Lens Color: Gradient Brown
• Lens Type: Gradient
• UV Protection: 100% UV400
• Filter Category: Category 3
• Frame Style: Full-Rim
• Frame Shape: Rectangular
• Polarized: No
• Case Included: Yes
• Cleaning Cloth Included: Yes
• Lens Width: 58 mm
• Bridge Width: 18 mm
• Temple Length: 145 mm

Recommendations

For optimal care, always store your sunglasses in the provided case when not in use. Clean the lenses with the included microfiber cloth to avoid scratches. These sunglasses are not suitable for direct solar observation.