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Far-UVC reduces the level of infectious airborne virus
A new study published in Scientific Reports shows that Far-UVC light at 222 nm can effectively kill airborne pathogens....
Far-UVC: Significantly Safer for Eyes, Proven by Corneal Damage Study
This peer-reviewed article evaluated acute corneal damage induced by 222 and 254 nm UV light in albino rats. In the study, no corneal damage was induced by 222 nm UV light, which suggests that 222 nm UV light may not harm rat eyes within the energy...
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Long-Term Study: UVC Lamps Safe for Mice Sensitive to UV Radiation
In a study conducted by Yamano et al., the long-term effects of UV222 irradiation on the skin and eyes were assessed using mice, which are known to...
Far-UVC: New Tool for Controlling Airborne Microbial Diseases
In this peer-reviewed article from Scientific Reports, it is shown for the first time that Far-UVC efficiently inactivates airborne aerosolised...
Far-UVC (222 nm) Safely Inactivates Airborne Human Coronaviruses
This peer-reviewed article from Scientific Reports, shows that continuous Far-UVC exposure in occupied public locations at the current regulatory...