LOZZA MAN SL4128M526BZX zonnebril Havana/tortoise bruin 52/20/145 mm

Discover the perfect blend of style and protection with the LOZZA MAN SL4128M526BZX sunglasses. Designed for the modern man, these rectangular full-rim acetate frames feature a sophisticated Havana/Tortoise finish and brown polycarbonate lenses. With 100% UV400 protection and filter category 3, they offer superior defense against harmful UV rays while reducing glare for optimal visual comfort. The classic design is complemented by precise dimensions: lens width 52 mm, bridge width 20 mm, and temple length 145 mm, ensuring a comfortable fit for most face shapes. Crafted by De Rigo, a leader in eyewear manufacturing, these sunglasses are part of the esteemed Lozza Man collection, known for its timeless elegance and quality craftsmanship.

Advantages

These sunglasses provide exceptional UV protection, lightweight comfort, and a durable acetate frame that retains its shape. The polycarbonate lenses are impact-resistant and scratch-resistant, making them ideal for daily wear. The classic rectangular shape suits a variety of face shapes, and the Havana/Tortoise color adds a touch of vintage charm to any outfit.

Suitable for

• Men seeking stylish and protective eyewear for everyday use
• Outdoor activities such as driving, walking, and travel
• Those who appreciate classic, timeless design with modern UV protection

Key specifications

• Product Type: Sunglasses
• Gender: Men's
• Frame Material: Acetate
• Lens Material: Polycarbonate
• Frame Style: Full-Rim
• Frame Shape: Rectangular
• Lens Width: 52 mm
• Bridge Width: 20 mm
• Temple Length: 145 mm
• Frame Color: Havana / Tortoise
• Lens Color: Brown
• UV Protection: 100% UV400
• Filter Category: Category 3
• Collection: Lozza Man
• Manufacturer: De Rigo

Recommendations

For optimal care, store your sunglasses in a protective case when not in use. Clean lenses with a microfiber cloth to avoid scratches. These sunglasses are not suitable for direct solar observation (eclipse viewing) or for protection against artificial light sources.