X1000
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
SMOKE
Tint base : Smoke
% Visible Light Trans. : 13%
- Filters UVA and UVB (99.99%).
YELLOW
Tint base : Yellow
% Visible Light Trans. : 84%
- Enhances visual comfort and definition
- Enhances contrast and visual definition in dim or gray conditions
- Filters blue light improve clarity and speed of recognition
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
MULTI (CLEAR, YELLOW, SMOKE)
Tint base : Clear/Smoke/Yellow
% Visible Light Trans. : 90%(clear) / 13%(smoke) / 82%(amber)
- Smoke: Filters UVA and UVB (99.99%).
- Amber: Recommended for low light environments, both indoors and outdoors.
MULTI (CLEAR, YELLOW, SMOKE)
Tint base : Clear/Smoke/Yellow
% Visible Light Trans. : 90%(clear) / 13%(smoke) / 82%(amber)
- Smoke: Filters UVA and UVB (99.99%).
- Amber: Recommended for low light environments, both indoors and outdoors.
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
CLEAR
Tint base : Transparent
% Visible Light Trans. : 92%
- Ensures crystal-clear vision without distortion, allowing precise work.
- Ensures natural color perception and full field of vision
- Delivers uncompromised optical clarity with zero distortion
- Maintains visual comfort in stable, well-lit environments without altering perception
YELLOW
Tint base : Yellow
% Visible Light Trans. : 84%
- Enhances visual comfort and definition
- Enhances contrast and visual definition in dim or gray conditions
- Filters blue light improve clarity and speed of recognition
SMOKE
Tint base : Smoke
% Visible Light Trans. : 13%
- Filters UVA and UVB (99.99%).
- Free shipping for any order over 60€
- Secure payment
- Easy returns for 30 days
Indoor/outdoor
Platinum
UL1.2 DT 1 KN CE UL1.2 GL2 DT 1-M 3 6 CE UKCA
TACTICAL CERTIFICATIONS :
STANAG 2920 measures ballistic resistance by testing eyewear's ability to withstand high-speed impacts, with results given as the V50 value, which indicates the velocity at which there's a 50% chance of penetration, while STANAG 4296 builds on this by also ensuring comfort, durability, fog and scratch resistance, and compatibility with other equipment.
MIL-PRF-32432 is a U.S. military standardthat outlines the performance requirements for ballistic eye protection, such as goggles and glasses, used by military personnel. It tests not onlyballistic impact protection but alsooptical clarity, anti-fog performance, and overall durability under tough field conditions, providing reliable protection against ballistic threats while maintaining comfort and functionality for the wearer.