ITA
DEU
FRA
ESP
Description
Wide, lightweight mask model suitable for multiple sports. Photochromic lenses help the eyes adapt to different light conditions, allowing for comfortable vision without eye strain.
The lenses are photochromic category 1-4.
Hard case included.
Technologies:
ADJUSTABLE NOSE PIECE
Combination of “ADJUSTABLE TERMINALS” and “ADJUSTABLE NOSE PIECE”
ergo4U technology provides maximum comfort for athletes, preventing discomfort under the balaclava or friction in the nasal cavity. For winter sports, ergo4U also features a special elastic band and internal sponge to prevent air from passing through.
PERMANENT VENTILATION
kayaCOOL technology is featured in a select number of frames: it guarantees permanent ventilation, which is extremely useful in endurance sports, and also significantly reduces the weight of the frame!
Adjustable arms
The arms can be adjusted for a perfect fit and excellent hold with just a light touch.
UV protection
Sunglasses are not just an accessory for aesthetic purposes, but are designed to protect the human eye from exposure to UV rays. Excessive exposure to these rays can cause, in the short or long term, diseases and disorders such as photokeratitis, cataracts and various forms of cancer. Many medical experts emphasise the importance of sunglasses in ensuring adequate protection from UV rays.
In recent years, studies have shown that HVB (blue light) rays can also cause damage to the human eye, such as macular degeneration. Children and the elderly are the most vulnerable, which is why companies have started to produce glasses that also provide effective protection against HVB rays.
PHOTOCHROMIC LENSES
Photochromic lenses are capable of changing colour depending on external light conditions.
The process by which the lenses darken is chemical-physical. When exposed to light, the chemical pigments used modify their structure, changing colour and thus making the lens coloured. The more intense the light, the greater the darkening of the lens.
The process by which the lenses darken is chemical-physical. When exposed to light, the chemical pigments used modify their structure, changing colour and thus making the lens coloured. The more intense the light, the greater the darkening of the lens.