LIU JO Women's LJ792S-242 Sunglasses Havana Brown Gradient 52/20/140

Distinctive Italian styling meets everyday practicality in the LIU JO LJ792S-242 sunglasses. These women's frames feature a bold butterfly silhouette that flatters a range of face shapes, while the warm havana acetate adds a touch of classic sophistication. The brown gradient lenses not only elevate your look but also provide essential UV protection, making them a versatile accessory for sunny days in the city or by the sea.

Highlights

• Designer: LIU JO
• Model: LJ792S-242
• Gender: Women
• Frame Colour: Havana
• Lens Colour: Brown Gradient
• Frame Material: Acetate
• Lens Material: Polycarbonate
• UV Protection: 100% UV400
• Frame Style: Butterfly
• Rim Style: Full-Rim
• Lens Effect: Gradient
• Filter Category: 2
• Case Included: Yes

In daily use

These sunglasses are designed for the modern woman who values both fashion and function. The lightweight acetate frame ensures all-day comfort, while the polycarbonate lenses are impact-resistant and offer crystal-clear vision. The gradient tint is perfect for driving and outdoor activities, reducing glare without compromising visibility. Whether you're strolling through town or relaxing on holiday, the LIU JO LJ792S-242 adds a touch of elegance to any outfit.

Full specifications

• Brand: LIU JO
• Model: LJ792S-242
• MPN: LJ792S-242
• EAN: 8054944757126
• Category: Sunglasses
• Product Type: Sunglasses
• Gender: Women's
• Frame Colour: Havana
• Lens Colour: Brown Gradient
• Frame Material: Plastic (Acetate)
• Lens Material: Plastic (Polycarbonate)
• Lens Width: 52 mm
• Bridge Width: 20 mm
• Temple Length: 140 mm
• UV Protection: 100% UV400
• Frame Style: Square / Butterfly
• Rim Style: Full-Rim
• Lens Effect: Gradient
• Filter Category: Category 2
• Case Included: Yes

Final note

Elevate your eyewear game with these LIU JO sunglasses. Combining Italian flair with reliable sun protection, they are an essential accessory for the style-conscious woman. Order now and enjoy the perfect blend of fashion and function.