Bolle Safety Standard Issue - Ballistic Glasses Tryon BSSI - Smoke - PSSTRYO443B

Shooting glasses used to protect the eyes from mechanical damage, as well as random high-velocity particles. They meet a number of rigorous standards such as ANSI Z87.1 and MIL-PRF-32432A. The frame is shaped to fit the face and is free of pressure points. The shape based on 8 points of support ensures a stable hold on the head and even pressure distribution.

In addition to the polycarbonate temple and visor design, the temple tips and rubber nose piece will make it easier to adjust the glasses to the shape of the head. As a result, the wearer will be free to use eye protection with further head protection with a helmet or hearing protection in the form of active ear defenders.

The lenses of the visor are made of polycarbonate with a thickness of 2.2 millimeters and Curve 8. They are characterized by light transmission of 13%, and in addition, both sides are covered with Platinum coating, which prevents evaporation and protects the glass from scratches.

The glasses have been awarded an attestation confirming their resistance to mechanical damage. This is protection under the CE EN166 series certification at the level of standard F and T. Accordingly, they provide resistance to the impact of an object with a diameter of 6 mm and a weight of 0.86 g moving at a speed of up to 45 m/s, and protection against high-velocity particles at extreme temperatures.

Features:

• Transparent ballistic goggles with adjustable rubber nose piece
• Light transmission of 13%
• Frame with 8 points of support
• The temples are designed to minimize pressure on its support points
• Polycarbonate visor that meets a range of protective standards with a thickness of 2.2 mm
• Fit snugly to the face
• Compatible with a wide range of ear defenders and helmets
• Comes with a microfiber pouch
• Resistance to mechanical damage:
• F: Withstands impact from an object with a diameter of 6 mm and a weight of 0.86 g moving at up to 45 m/s
• T: Protects against high-velocity particles at extreme temperatures

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