GUESS Women's GF00052-5932B Cat Eye Sunglasses, Havana Frame, Brown Gradient Lenses, 59mm

Distinctive cat eye silhouette meets warm havana tones in the GUESS GF00052-5932B, a women's sunglass that balances retro glamour with everyday wearability. Unlike standard oval or square frames, the upswept corners and full-rim plastic construction create a flattering lift that complements heart-shaped and oval faces, while the 59mm lens width offers generous coverage without overwhelming smaller features.

Highlights

• Authentic GUESS Eyewear design with model number GF00052-5932B
• Full rim plastic frame in rich havana brown with subtle mottling
• Cat eye shape for a vintage-inspired, feminine profile
• Brown gradient polycarbonate lenses reduce glare and add depth
• 100% UV400 protection blocks harmful UVA and UVB rays
• Comfortable fit with 18mm bridge and 140mm temples

In daily use

Whether you are commuting, brunching, or strolling through the city, these sunglasses stay secure without pinching. The lightweight plastic frame and smooth temple tips sit comfortably for hours, while the gradient lenses transition from a darker top to a lighter bottom, allowing you to read your phone or see steps clearly while still shielding your eyes from overhead sun. The non-polarized lenses maintain true colour perception, making them ideal for driving and screen use.

Full specifications

• Brand: GUESS
• Model: GF00052-5932B
• Manufacturer Part Number: GF00052-5932B
• EAN: 889214600400
• Gender: Women's
• Frame material: Plastic
• Frame colour: Havana
• Frame style: Full rim
• Frame shape: Cat eye
• Lens material: Polycarbonate
• Lens colour: Brown gradient
• Lens type: Gradient
• Lens width: 59 mm
• Bridge width: 18 mm
• Temple length: 140 mm
• UV protection: 100% UV400
• Polarization: Non-polarized
• Collection: Guess Eyewear

Final note

Part of the Guess Eyewear collection, the GF00052-5932B delivers signature style with reliable sun protection—a versatile accessory that transitions effortlessly from casual outings to polished ensembles.