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MSA V-Gard General Purpose PC Sheet Visor Clear

MSA V-Gard General Purpose PC Sheet Visor Clear

Key Features

  • V-Gard PC sheet visors reliably protect against impact, splashes and UV radiation
  • The visor sides are contoured towards face for a closer fit and improved resistance to impact and splash hazards
  • All V-Gard visors easily fit to V-Gard Browguard, and on V-Gard frames for all V-Gard helmets
  • They can also be worn in combination with helmet mounted ear muffs
  • The dimensions of the visor are 203x432mm with a thickness of 15mm
  • The Visor conforms to the following: EN166:2001 Personal Eye Protection (2C-1,2 1B) 2C - UV filter with enhanced colour recognition 1,2 Clear or amber ocular 1 Optical class 1 for permanent usage B Medium energy impact protection (120M/S)
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  • Your Price: £11.51 (£13.81 inc. VAT)
  • RRP: £11.70

    • 102 Items currently available ready for next day delivery

Order Code: MSA02583

MPN Code: MSA10115836

    MSA V-Gard General Purpose PC Sheet Visor Clear. V-Gard PC sheet visors reliably protect against impact, splashes and UV radiation. Contoured towards face for a closer fit. The dimensions of the visor are 203x432mm with a thickness of 15mm.

    V-Gard PC sheet visors reliably protect against impact, splashes and UV radiation. The visor sides are contoured towards face for a closer fit and improved resistance to impact and splash hazards. They are the perfect solution for general and basic applications. All V-Gard visors easily fit to V-Gard Browguard, and on V-Gard frames for all V-Gard helmets. They can also be worn in combination with helmet mounted ear muffs. The dimensions of the visor are 203x432mm with a thickness of 1.5mm The Visor conforms to the following: EN166:2001 Personal Eye Protection (2C-1.2 1B) 2C - UV filter with enhanced colour recognition 1.2 Clear or amber ocular 1 Optical class 1 for permanent usage B Medium energy impact protection (120M/S) 3 Protection against droplets and splashes of liquids 9 Non adherence of molten metals and resistance to penetration of hot solids.