CAROLINA HERRERA dámske slnečné okuliare HER0180S2M2 - Havana acetátový rám, hnedé gradientové sklá, 57 mm

Elevate your style with the CAROLINA HERRERA Women's Sunglasses HER0180S2M2, a perfect blend of luxury and functionality. Crafted from premium acetate, these rectangular full-rim sunglasses feature a sophisticated Havana/tortoise frame and brown gradient polycarbonate lenses. Designed for the modern woman, they offer 100% UV protection (UV400) to shield your eyes from harmful rays while making a bold fashion statement. With a lens width of 57 mm, bridge width of 17 mm, and temple length of 145 mm, they provide a comfortable fit for everyday wear.

Advantages

These sunglasses combine timeless design with superior eye protection. The gradient lenses reduce glare and adapt to changing light conditions, while the lightweight acetate frame ensures all-day comfort. The UV400 protection blocks 99-100% of UVA and UVB radiation, safeguarding your vision. The classic rectangular shape flatters most face shapes, making them a versatile accessory for any outfit.

Suitable for

• Women seeking elegant, high-quality eyewear for daily use or special occasions
• Outdoor enthusiasts who need reliable UV protection
• Fashion-conscious individuals who appreciate designer accessories

Key specifications

• Brand: CAROLINA HERRERA
• Model: HER0180S2M2
• Frame Material: Acetate
• Frame Color: Havana / Tortoise
• Frame Shape: Rectangular / Square
• Frame Style: Full-Rim
• Lens Material: Polycarbonate
• Lens Color: Brown
• Lens Type: Gradient
• UV Protection: 100% UV Protection (UV400)
• Lens Width: 57 mm
• Bridge Width: 17 mm
• Temple Length: 145 mm
• Gender: Women's
• Collection: Carolina Herrera Eyewear
• Manufacturer Part Number: HER0180S2M2
• EAN: 716736868769

Recommendations

Pair these sunglasses with a chic summer dress or a tailored blazer for an effortlessly polished look. For optimal care, store them in the provided case and clean with a microfiber cloth. Experience the perfect fusion of Italian craftsmanship and contemporary design.