Photochromic sports sunglasses

The Photochromic sports sunglasses in a sleek black and white design are the perfect companion for all your outdoor activities. These sunglasses feature grey self-tinting lenses that automatically adjust to the intensity of UV rays. This means that the lenses darken in strong sunlight and lighten in lower light intensities, ensuring optimal visibility in all conditions.

One of the key features of these goggles is a polarising filter that significantly reduces glare from water, snow or road. This filter improves contrast and visual acuity, which is particularly useful during sporting activities such as cycling, running, skiing or sailing. The polarizing filter also reduces eye fatigue, which you will appreciate when wearing for long periods of time.

The glasses are equipped with a sun filter category 2 - 3, which means they provide medium to high protection against sunlight. Category 2 is suitable for mild to moderate sunlight, while category 3 is ideal for bright sunlight conditions. This combination ensures that your eyes are protected in a variety of lighting conditions.

The frame of the goggles is made of lightweight and flexible material that ensures high user comfort. This material is not only durable but also conforms to the shape of your head, ensuring a firm and comfortable fit. This makes you feel safe and comfortable whether you are at sea, in the snow, driving or hiking.

The 3F technology included in these goggles provides unprecedented visibility. This technology optimizes the passage of light through the lenses, improving clarity and contrast of vision. As a result, you'll always have a crisp, clear view of your surroundings, which is crucial for safe movement in the field.

Overall, the Photochromic sports sunglasses in black and white with grey lenses are the ideal choice for anyone looking for a combination of style, comfort and high functionality. No matter what your outdoor activities are, these glasses will provide you with reliable protection and excellent visibility.