Victoria Beckham VB685S5618205 Women's Sunglasses Havana Acetate Frame Brown Gradient Lens 56/18/140 mm

Elevate your style with the Victoria Beckham VB685S5618205 sunglasses, a perfect blend of sophisticated design and premium craftsmanship. These women's sunglasses feature a striking Havana acetate frame with a square/geometric shape, complemented by brown gradient polycarbonate lenses. Designed for the fashion-forward individual, they offer 100% UV400 protection and a filter category 3 for high sun glare reduction, making them ideal for bright sunny days. The full-rim construction ensures durability, while the included case and cleaning cloth provide convenient care. Whether you're strolling through the city or relaxing on vacation, these sunglasses add a touch of elegance to any outfit.

Advantages

These Victoria Beckham sunglasses combine iconic design with practical features. The gradient lenses not only enhance your look but also reduce glare, while the lightweight acetate frame ensures comfort for extended wear. The UV400 protection safeguards your eyes from harmful UVA and UVB rays, making them a reliable accessory for sun protection.

Suitable for

• Women seeking luxury eyewear with a modern aesthetic
• Daily wear in bright sunlight or outdoor activities
• Fashion enthusiasts who appreciate designer accessories

Key specifications

• Brand: Victoria Beckham
• Model: VB685S5618205
• MPN: VB685S5618205
• EAN: 886895670180
• Category: Sunglasses
• Gender: Women's
• Frame Material: Acetate
• Frame Color: Havana
• Lens Material: Polycarbonate
• Lens Color: Brown Gradient
• Lens Width: 56 mm
• Bridge Width: 18 mm
• Temple Length: 140 mm
• UV Protection: 100% UV400
• Lens Type: Gradient
• Frame Style: Full Rim
• Frame Shape: Square / Geometric
• Filter Category: 3
• Case Included: Yes
• Cleaning Cloth Included: Yes
• Collection: VB685S

Recommendations

For optimal care, store your sunglasses in the included case when not in use and clean the lenses with the provided cloth. Avoid exposure to extreme temperatures and harsh chemicals to maintain the frame and lens integrity.