Bolle TRYON BSSI Polarized Safety Glasses

Available Versions 

Certified to STANAG 2920 / ANSI Z87.1; EN166, EN172, Bolle TRYON BSSI (Bollé Safety Standard Issue) Polarized Lens Safety Glasses,  Wrap-around equipped with co-injected FLEX160° temples, an adjustable nose bridge, and AS coating, TRYON BSSI Polarized perfectly combines innovation and absolute protection.

Polarized lens - Outdoor Use

A technology approved for permanent wear and certified with perfect optical quality, it offers unbeatable comfort by filtering glare and reflections.

Ideal for the maritime environment. Filters 99.99% of UVA/UVB. The polarizing filter contains perfectly aligned crystals, which block horizontally polarized light. Acting like a Venetian blind, it eliminates dazzle and only lets "useful" light pass through. Polarized lenses offer incomparable comfort on the water, and also for outdoor activities, driving, and around town.

Features:

• V50 ballistic resistance - STANAG 2920 : 837.3 km/h - 232,6 m/s
• Polarized PC lenses
• Panoramic field of vision
• Anti-scratch/anti-fog Platinum Coating
• Wrap-around & single-lens frame
• Adjustable Flex nose bridge
  
• Bi-material FLEX 160° PC/TPR temples
• Lens marking: 5-3.1 1 FT KN CE
• Frame Marking: EN166 FT CE  UKCA
• Supplied with Microfibre pouch

Technical Info

• Weight: 26 g
• Frame Type: Half Frame
• Frame Material: PC/TPR
• Frame Colour: Black Matte
• Lens Material: Polycarbonate
• Lens Colour: Smoke - Polarized Lens
• Lens Coating: Anti-scratch 
• Ballistic Resistance: STANAG 2920 
• Standards: EN166 - EN172 - UKCA
• Supplied With: Microfiber Pouch

Technologies & Standard

PLATINUM ASAF Coating Permanent coating on both sides of the lens gives them a high resistance to scratching and delays the onset of fogging. Certified K & N (EN166) PLATINUM® resists the most aggressive chemicals

Ballistic Resistance STANAG 2920 -In the case of Bollé Safety Standard Issue, goggles and glasses are subjected to impact tests using projectiles simulating ballistic fragments.
All the tests allow to calculate a V50 corresponding to the speed at which the projectile has a 50% chance to perforate the material. The value of the V50 varies according to the nature of the materials and therefore the colour of the lenses.