V-Gard® Visors PC for General Purpose

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MSA polycarbonate visors reliably protect against impact, chemical splash and UltraViolet radiation. They are the perfect solution for general and basic applications and can be worn with helmet-mounted ear muffs.

Part Number

V-Gard Sheet Visor, PC, Clear, 203x432x1 mm

Length: 427.000 MM (16.811 IN)
Width: 242.000 MM (9.528 IN)
Height: 12.000 MM (0.472 IN)
Weight: 0.122 KG (0.269 LB)
Color: CLEAR

V-Gard Sheet Visor, PC, Clear, 203x432x1.5 mm

Length: 424.000 MM (16.693 IN)
Width: 203.000 MM (7.992 IN)
Height: 19.000 MM (0.748 IN)
Weight: 0.148 KG (0.326 LB)
Color: CLEAR
  • Designed for use with V-Gard Frames and V-Gard Headgear
  • For many visor versions the sides are contoured towards face for a closer fit and improved resistance to impact and splash hazards
  • Can be worn with helmet-mounted ear muffs 
  • Superior UV protection
  • 2 thickness versions depending on your needs and budget 
  • Available with Antifog/Antiscratch coatings
  • Special versions, called nitrometers, are designed to work withV-Gard Retractable or Standard Chin Protectors
  • Visors with green tint help alleviate eye strain and fatigue by reducing excessive glare, especially in outdoor working conditions. Not for use where a Shade Infrared (IR) visor is required.
Markets: Construction, General Industry, Mining, Oil & Gas, Utilities

Approvals subject to change without notice and may differ based on configuration, part number and/or country.
Contact Customer Service or check approval label on product for specific approval information.

USA Approvals

Canadian Approvals

European Union

EN166 marking explanation
"1" highest optical quality for permanent use

Filter class:
2 Ultra Violet filter
2C UV filter with enhanced colour recognition

Scale number:
2C-1.2 Light Transmission 74.4%-100% (UV EN170)
2-2 Light Transmission 29.1%-43.2% (UV EN170)

“B” High speed particles with medium energy impact (120 m/s)
“3” Liquid droplets and splash
“8” Electric arc resistance
“9” Non-adherence of molten metal and resistance to penetration of hot solids

“K” Resistance to surface damage by fine particles
“N” Resistance to fogging