UV Can’s GLADIOS Far UV Light’s ultra high purity quartz glass bulbs deliver 5W-100W of optimized 222 nm UV-C to your industrial facility, supermarket, or warehouse. Disinfects air and surfaces in line of sight, chemical-free, with no ozone. Can be used together with the UV Safe Space Interlock System (sold separately) as an extra safety measure to manage limited access only to those with the admin key.
⚠*Please note:WARNING– According to the Photobiological Safety Test IEC/EN62471, humans should not be exposed to 222nm ultraviolet radiation over 22mJ in a day. The time humans can be exposed to 222nm is related to the power of light and distance to the light source.Read the label and any operating manual before using: proper use of UVC light kills up to 99.9% of viruses, bacteria, mold, and spores.
Ultra high purity quartz glass bulbs provide optimized 222 nm wavelength UV-C disinfection
No ozone production from UV lamps
Can be mounted on the ceiling or wall to provide disinfection in line of sight & surrounding air
Now you can sanitize using 222nm Far UV-C even in occupied indoor spaces, providing an unprecedented level of confidence to the people that matter most.
Conventional UV-C lights (254nm mercury lamps or 260-280nm LEDs) are limited in that they can only be used safely in unoccupied spaces or completely contained with no leakage.
Far UV cannot penetrate the active layer of human skin and is adsorbed by the top layer of dead skin cells. The eyes’ tear layer works to block Far UV, protecting them. This means that Far UV can disinfect air and surfaces even while people are present.
Note that chemical cleaning disinfects surfaces only when they are wet. In the process those chemicals also produce harmful irritants to the skin, eyes and lungs. In addition, focusing on surface cleaning alone ignores one very important fact. COVID-19 is airborne and can stay in the air for up to 5 hours. Installing Gladios Far UV Disinfection Light Fixtures in your facility provides you with an efficient way to disinfect the air and surfaces from bacteria, viruses, and other microorganisms.