Sunglasses GOG Nazca matt black/reflex white blue (E260-2P)

GOG Nazca matt black/reflex white blue sunglasses are an excellent choice for those seeking effective eye protection against harmful UV radiation. Made from polycarbonate, they are highly durable and resistant to damage, making them an ideal accessory for everyday use. With a universal cut, GOG Nazca sunglasses fit both men and women, providing all-day comfort.

Advanced technologies

GOG Nazca matt black/reflex white blue sunglasses are equipped with modern technologies that enhance user comfort. The polarising filter effectively reduces glare, which is extremely useful while driving or engaging in water sports. The UV protection technology ensures maximum protection against UV400 radiation, shielding the eyes from the harmful effects of sunlight.

REFLEX G-LENS

The lenses in GOG Nazca sunglasses utilise REFLEX G-LENS technology, which improves contrast and clarity of vision. As a result, colours are more saturated, and images are clearer, significantly enhancing user comfort in various lighting conditions. The category 3 shading level is ideal for intense sunlight, providing optimal protection on bright, sunny days.

Comfort and ergonomics

GOG Nazca matt black/reflex white blue sunglasses are designed with user comfort in mind. The temple length of 13.5 cm and bridge width of 1.4 cm ensure an excellent fit to the face shape, minimising the risk of the sunglasses slipping during wear. The polycarbonate material used for the frames is lightweight and durable, allowing for long-lasting use without discomfort.

GOG Nazca sunglasses - features:

• Sunglasses made from durable polycarbonate;
• Polarising filter reducing glare;
• UV400 protection against sunlight;
• REFLEX G-LENS technology improving contrast and clarity of vision;
• Category 3 shading level ideal for intense sunlight;
• Universal cut suitable for both genders;
• Temple length of 13.5 cm for an excellent fit;
• Bridge width of 1.4 cm ensuring comfortable wear;
• Lens width of 6 cm for optimal field of vision.