Sunglasses UVEX Heyday black matt/smoke (53/3/096/2210)

UVEX Heyday black matt/smoke sunglasses are an excellent choice for those seeking reliable eye protection in intense sunlight. Made from durable polycarbonate, they offer lightweight and sturdiness, making them ideal for everyday use. With a universal cut, they are suitable for any gender, providing comfort and style.

Advanced UV protection

UVEX Heyday black matt/smoke sunglasses are equipped with advanced UV protection technology that effectively blocks harmful UV400 radiation. This ensures that your eyes are protected from the dangerous effects of sunlight, which is especially important during prolonged exposure to the sun. The high quality of the materials used further underscores their reliability.

Uvex Supravision® technology

The UVEX Heyday model incorporates Uvex Supravision® technology, which provides excellent visual clarity and scratch resistance. This innovative coating guarantees that the glasses maintain their functionality and aesthetic appearance for a long time. This is particularly important for active individuals who need reliable gear in changing weather conditions.

Category 3 shading level

The UVEX Heyday black matt/smoke sunglasses feature a category 3 shading level, meaning they are ideal for wearing in intense sunlight. They provide excellent eye protection during sunny days while allowing for comfortable vision in various lighting conditions. This makes them a versatile choice for individuals who value safety and user comfort.

UVEX Heyday sunglasses - features:

• Durable construction made from polycarbonate providing lightweight and sturdiness;
• Universal cut suitable for any gender ensuring comfort of wear;
• Advanced UV400 protection effectively blocking harmful radiation;
• Uvex Supravision® technology providing excellent visual clarity;
• Scratch resistance thanks to the innovative Uvex Supravision® coating;
• Category 3 shading level ideal for intense sunlight;
• Versatility and comfort of use in various lighting conditions.