Augmented Reality Visor

Augmented Reality Visor

Description

WeeTect Augmented Reality Visor (WARV) also names AR visors, HUD helmet visor, HUD visor, Heads up Display visor. It is a military level HUD (Head-up Display) technology which has been applying on pilot visor. As WeeTect is producing HUD helmet visor for many years, it is easier for us to make high quality AR visors. WeeTect Augmented Reality Visor (WARV) has superior impact resistance, optical clarity, abrasion resistance. In advance, WeeTect can add anti-fog or mirror coating on your AR visors.

With the experience of augmented reality military, WeeTect Augmented Reality Visor (WARV) is an excellent candidate to support augmented reality vendors to develop your own high end HUD helmet (heads up display helmet), augmented reality helmet, augmented reality eyewear, augmented reality car, augmented reality headset, augmented reality glasses, augmented reality google and other augmented reality devices. WeeTect can advise and support you on optical correction.

WeeTect can customize any injection molding augment reality visor size you required.

Advantages of WeeTect Augmented Reality Visor 

  • Super good HUD (Head-up Display) performance
  • Great optical clarity (class 1) with lower distortion
  • Superior impact resistant
  • More abrasion resistant
  • Anti-fog and Mirror Coating as option
  • Photochromic as an option
More Details
Item Property  Test Method  U/M Value
Optical UV Resistant (380nm) EN170 % 99.99%
Haze ASTM D 1003 % 0.37
Fog Free time ECE22.05/ECE324 s >22
Fog Free time Freezing Test s no fogging
Mechanical Hardness 1KG ISO 178 H 1
High velocity impact ANSI Z87.1 2010 ft/s >300
Cross-Cut tape test ASTM D 1000 NA Pass
Elongation, yield  % 7 ISO 527 % 7
Elongation, break ISO 527 % 110 ISO 527 % 110
Tensile stress, yield ISO 527 Mpa 60
Tensile modulus  MPa ISO 527 Mpa 2300
Flexural strength, yield ISO 178 Mpa 100
Flexural modulus ISO 178 MPa 2500 ISO 178 Mpa 2500
Izod notched impact, 20 °C ISO 180-1A KJ/m² 65
Physical Gravity ISO 1183 g/cm³ 1.2
Water absorption, 24 hours ISO 62 % 0.15
Thermal Mold shrinkage ISO527 % 0.5-0.7
Thermal expansion ASTM D696 1/ °C 7×10-5
Vicat Softening Temp., Rate B / 120(base sheet) ISO 306 °C 150
HDT, 0.45 MPa ISO 75/Be °C 138