Bolle SILEX+ BSSI CSP Lens Safety Glasses

Bolle TacticalSKU: BL-PSSSILPC13B
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Sale price£19.59 GBP

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Pickup available at Units 16-17, Stadium Industrial Park

Usually ready in 2 hours


Available Versions 

Bolle SILEX+ BSSI Clear Lens Safety Glasses
Bolle SILEX+ BSSI CSP Lens Safety Glasses
Bolle SILEX+ BSSI Smoke Lens Safety Glasses

Certified to STANAG 2920, ANSI Z87.1, EN166, EN172, Bolle SILEX+BSSI (Bollé Safety Standard Issue) CSP Lens Safety Glasses is equipped with our exclusive PLATINUM coating.

CSP Lens - Comfort Sensitivity Perception


  • Transmission: 65 %
  • Effective for activities that alternate exposure to bright and low light
  • Actively blocks harmful blue light
  • Engineered with the exclusive anti-fog / anti-scratch PLATINUM® coating.
  • Designed to resist extreme high and low temperatures.


      • V50 ballistic resistance - STANAG 2920 : 811.8 km/s - 225,5 m/s
      • CP PC Lenses
      • Anti-scratch/anti-fog Platinum Coating
      • Panoramic field of vision
      • Upper protection & single-lens frame
      • Non-slip nose bridge
      • Bi-material FLEX 160° PC/TPR temples
      • Lens marking: 5-1.4 1 FT KN CE
      • Frame Marking: EN166 FT CE 
      • Supplied with Microfibre pouch

        Technical Info

        • Weight: 30 g
        • Frame Type: Rimless
        • Frame Material: PC/TPR
        • Frame Colour: Black Matte
        • Lens Material: Polycarbonate
        • Lens Colour: Brown - CSP Lens
        • Lens Coating: Platinum
        • Ballistic Resistance: STANAG 2920 / ANSI Z87.1 
        • Standards: EN166 - EN172
        • 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.

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