ANA HICKMANN Women's Cat Eye Sunglasses AH3180-52P02 - Havana Acetate Frame with Brown Gradient Lenses - 53/22/145 mm

Elevate your style with the ANA HICKMANN Women's Sunglasses AH3180-52P02, a perfect blend of timeless elegance and modern design. Crafted for the discerning woman, these cat eye sunglasses feature a luxurious Havana acetate frame and gradient brown polycarbonate lenses, offering both fashion and function. Whether you're strolling through the city or relaxing by the shore, these sunglasses provide 100% UV400 protection to shield your eyes from harmful rays while making a bold statement.

Advantages

The cat eye shape flatters a variety of face shapes, adding a touch of retro glamour to any outfit. The lightweight acetate frame ensures all-day comfort, while the polycarbonate lenses are impact-resistant and scratch-resistant, ensuring durability. The brown gradient lens reduces glare and enhances contrast, making them ideal for bright sunny days. Each pair comes with a protective case, keeping your sunglasses safe when not in use.

Suitable for

• Women seeking a fashionable and protective eyewear option for daily wear
• Outdoor activities such as driving, shopping, or beach outings
• Those who appreciate classic cat eye styling with a modern twist

Key specifications

• Brand: ANA HICKMANN
• Model: AH3180-52P02
• Gender: Women's
• Frame Shape: Cat Eye
• Frame Material: Acetate
• Frame Color: Havana / Tortoise
• Lens Material: Polycarbonate
• Lens Color: Brown Gradient
• Lens Type: Gradient
• UV Protection: 100% UV400
• Lens Width: 53 mm
• Bridge Width: 22 mm
• Temple Length: 145 mm
• Rim Style: Full-Rim
• Bridge Type: Single Bridge
• Hinge Type: Standard
• Case Included: Yes
• Brand Logo: Engraved on Temples

Recommendations

For a complete look, pair these sunglasses with a chic summer dress or a tailored blazer. The Havana frame complements warm skin tones and neutral outfits, while the gradient lenses add a touch of mystery. Always store your sunglasses in the provided case to maintain their pristine condition.