CRESSI MASK DIVING GLASSES SF1 ADS 332000VAR

High Visibility Panoramic Frameless Single Lens Mask | Critical areas in all Frameless masks (front area and upper part of the nose) reinforced to provide the mask with good structural resistance | Exceptional finishes with mirror effect matrix polishing | Silicone facial with calibrated dimensions for medium and broad features | Anchorage of the buckles linked to the plane of the glass | Instant adjustment pivoting adjustable buckles | Internal volume: 135 cm3 | Frame dimensions: 165 x 80 mm | Weight (with strip included): 200 g
SF1 is a modern single lens goggle with a rectangular panoramic design and frameless technology.
The silicone facial is assembled directly on the glass without the need for a frame. This system guarantees good visibility in all directions, especially to the sides, as it allows a maximum eye/glass approach without annoying pressure on the forehead or the upper part of the nose.
Critical areas in all Frameless masks (front area and upper part of the nose) are reinforced to provide the mask with good structural resistance.
Exceptional finishes with mirror effect matrix polishing.
The facial is very versatile for all types of physiognomies and offers high comfort even with very prolonged use. The calculated design of the interior spaces combined with the calibrated flexibility of the facial, variable depending on the area, provide great stability of the mask together with great comfort and versatility of adaptation.
The buckles are completely tiltable and with immediate adjustment of the strap with one hand. The anchoring of the buckle system in the frame prevents the deformation of the silicone facial during the use of the mask (typical of the models that anchor the buckles in the facial itself) since the tension of the strap occurs at the height of the glass , optimizing the level of proximity of the glass/eye and, therefore, the volume and optimal visibility of the mask to the user's liking.
It is an ideal mask for professional and sports use given its wide range of adaptation, visibility and stability.