DAVID BECKHAM DB1119GSXWY pánske obdĺžnikové slnečné okuliare 55/19/145 mm

Elevate your style with the DAVID BECKHAM DB1119GSXWY sunglasses, a perfect blend of modern design and superior craftsmanship. Designed for the contemporary man, these sunglasses feature a full-rim rectangular acetate frame that exudes confidence and sophistication. The polycarbonate lenses provide 100% UV400 protection, shielding your eyes from harmful UVA and UVB rays. With precise measurements of 55 mm lens width, 19 mm bridge width, and 145 mm temple length, they offer a comfortable fit for most face shapes. Made in Italy by the renowned Safilo Group, these sunglasses are a testament to quality and luxury.

Advantages

These sunglasses combine timeless style with practical features. The lightweight acetate frame ensures all-day comfort, while the non-polarized lenses maintain natural color perception. The rectangular shape suits a variety of face shapes, making them a versatile accessory for any wardrobe. Whether you're driving, walking, or enjoying a sunny day, the DB1119GSXWY provides reliable eye protection and a sleek look.

Suitable for

• Men seeking a stylish and protective eyewear option for daily wear
• Outdoor activities such as driving, walking, or casual outings
• Those who appreciate Italian craftsmanship and designer quality

Key specifications

• Brand: DAVID BECKHAM
• Model: DB1119GSXWY
• MPN: DB1119GSXWY
• EAN: 716736780825
• Category: Sunglasses
• Gender: Men's
• Lens Width: 55 mm
• Bridge Width: 19 mm
• Temple Length: 145 mm
• Frame Material: Acetate
• Lens Material: Polycarbonate
• UV Protection: 100% UV400
• Frame Style: Full Rim
• Frame Shape: Rectangular
• Lens Technology: Standard (Non-Polarized)
• Manufacturer: Safilo Group
• Collection: David Beckham Eyewear
• Country of Origin: Italy

Recommendations

For optimal care, store your sunglasses in a protective case when not in use. Clean the lenses with a microfiber cloth to avoid scratches. These sunglasses are not recommended for intense sports or activities requiring polarized lenses.