Riot Face Shield

Riot Face Shield

Description

WeeTect riot face shield (WRFS) is custom made injection molding full face visor or polycarbonate sheet with outstanding impact resistance, fog resistance and abrasion resistance which applied to riot helmet. It is complaint with NIJ 0104.02(riot) and 0105.01(crash) which can support your riot helmet with face shield business very well.

WeeTect riot face shield (WRFS) offers superior performance to eye and face protection to law enforcement officers. Compared with the normal riot face shield sold elsewhere, WeeTect riot face shield (WRFS) achieves better results with impact resistant, anti-fog and abrasion resistant performance.

Having a sustainable performance increases the longevity of the product and reduces significant product manufacturing costs, WeeTect riot face shield (WRFS) is popularly used in the law enforcement industry.

Advantages of Riot Face Shield :

  • Complaint with NIJ 0104.02(riot) and 0105.01(crash)
  • Custom made with NDA
  • Anti fog anti scratch coated as an option
  • More cost competitive
  • Superior impact resistance
  • Outstanding Optical Clarify
More Details

Technical Data of WeeTect Riot Face Shield

Item Property  Test Method  U/M Value
 
Optical Diopter ECE 22.05 D <0.125
Fog Free time ECE 22.05 s >22
Fog Free time ECE 22.05 s no fogging
 
Mechanical Hardness 1KG NIJ 0104.02 H 1
High velocity impact NIJ 0104.02 ft/s >300
Cross-Cut tape test NIJ 0104.02 NA Pass
Elongation, yield  % 7 NIJ 0104.02 % 7
Elongation, break ISO 527 % 110 NIJ 0104.02 % 110
Tensile stress, yield NIJ 0104.02 Mpa 60
Tensile modulus  MPa NIJ 0104.02 Mpa 2300
Flexural strength, yield NIJ 0104.02 Mpa 100
Flexural modulus ISO 178 MPa 2500 NIJ 0104.02 Mpa 2500
Izod notched impact, 20 °C NIJ 0104.02 KJ/m² 65
 
Physical Gravity NIJ 0104.02 g/cm³ 1.2
Water absorption, 24 hours NIJ 0104.02 % 0.15
 
Thermal Mold shrinkage NIJ 0104.02 % 0.5-0.7
Thermal expansion NIJ 0104.02 1/ °C 7×10-5
Vicat Softening Temp., Rate B / 120(base sheet) NIJ 0104.02 °C 150
HDT, 0.45 MPa NIJ 0104.02 °C 138