Converse CV300SDISR100 miesten aurinkolasit - musta asetaattikehys, harmaat polykarbonaattilinssit, 58 mm

Discover the perfect blend of style and functionality with the Converse CV300SDISR100 men's sunglasses. Designed for the modern man, these sunglasses feature a classic square/rectangle frame crafted from high-quality acetate, ensuring durability and comfort. The grey polycarbonate lenses provide 100% UV400 protection, shielding your eyes from harmful UVA and UVB rays. With a lens width of 58 mm, bridge width of 15 mm, and temple length of 145 mm, these sunglasses offer a standard fit suitable for most face shapes. The full-rim design adds a touch of sophistication, making them ideal for everyday wear. Whether you're driving, walking, or enjoying outdoor activities, the Converse CV300SDISR100 sunglasses deliver both style and protection.

Advantages

These sunglasses combine iconic Converse style with essential eye protection. The lightweight acetate frame ensures all-day comfort, while the polycarbonate lenses are impact-resistant and scratch-resistant. The non-polarized lenses reduce glare and provide clear vision. Additionally, the included case keeps your sunglasses safe when not in use.

Suitable for

• Men seeking a stylish and protective eyewear option
• Daily wear, driving, and outdoor activities
• Those who prefer a classic square/rectangle frame shape
• Individuals looking for UV400 protection

Key specifications

• Product Type: Sunglasses
• Gender: Men's
• Frame Material: Acetate
• Frame Color: Black
• Frame Style: Square/Rectangle
• Lens Material: Polycarbonate
• Lens Color: Grey
• Lens Type: Standard (Non-Polarized)
• UV Protection: 100% UV400
• Lens Width: 58 mm
• Bridge Width: 15 mm
• Temple Length: 145 mm
• Fit: Standard
• Rim Type: Full-Rim
• Case Included: Yes
• Collection: Converse Eyewear
• EAN: 886895506632

Recommendations

For optimal care, clean the lenses with a microfiber cloth and store in the provided case. Avoid exposure to extreme temperatures and harsh chemicals. These sunglasses are not intended for direct solar observation.