KATE SPADE Women's Rectangular Sunglasses JANECEGSPEF - Black Acetate Frame, Grey Gradient Lens, 58mm

Elevate your everyday style with the KATE SPADE Women's Rectangular Sunglasses JANECEGSPEF. Crafted from premium acetate with a sleek black finish, these sunglasses feature grey gradient polycarbonate lenses that offer 100% UV400 protection. The rectangular frame shape is both timeless and modern, making them a versatile accessory for fashion-forward women. With a lens width of 58 mm, bridge width of 14 mm, and temple length of 140 mm, they provide a comfortable fit for most face shapes. Whether you're strolling through the city or relaxing on vacation, these sunglasses combine elegance with essential eye protection.

Advantages

These KATE SPADE sunglasses are designed for the woman who values both style and substance. The lightweight acetate frame ensures all-day comfort, while the gradient lenses reduce glare and add a touch of sophistication. The non-polarized lenses are Rx-able, allowing you to customize them with prescription lenses. A protective case is included to keep your sunglasses safe when not in use.

Suitable for

• Women seeking a chic, everyday accessory
• Outdoor activities requiring UV protection
• Fashion enthusiasts who appreciate designer eyewear
• Those looking for Rx-able sunglasses

Key specifications

• Brand: KATE SPADE
• Model: JANECEGSPEF
• Frame Shape: Rectangular
• Gender: Women's
• Lens Width: 58 mm
• Bridge Width: 14 mm
• Temple Length: 140 mm
• Frame Material: Acetate
• Lens Material: Polycarbonate
• Lens Color: Grey Gradient
• Frame Color: Black
• UV Protection: 100% UV400
• Lens Type: Gradient
• Polarized: No
• Rx-able: Yes
• Case Included: Yes
• Product Type: Sunglasses
• Style: Fashion, Everyday

Recommendations

For optimal care, clean the lenses with a microfiber cloth and store in the included case. These sunglasses are not polarized, so they are ideal for activities where polarization is not required. If you need prescription lenses, consult your optician for Rx-able options.