A new study published in Scientific Reports shows that Far-UVC light at 222 nm can effectively kill airborne pathogens. The research, conducted in a room-sized chamber, found that Far-UVC light can greatly reduce harmful viruses like influenza and...
Read More
The International Organization for Standardization 15858 was developed to highlight the minimum specifications on UVC safety for products and...
The American Conference of Governmental Industrial Hygienists (ACGIH) is a scientific, private, non-profit, and nongovernmental corporation. They...
1 min read
222nm ultraviolet (UV) light produced by a krypton–chlorine excimer lamp is harmful to bacterial cells but not to skin. However, the effects of...
This study used computer modeling to examine the DNA damage risk from far-UVC light versus sunlight. Results focused on CPD formation (a DNA damage...
The COVID‐19 pandemic has greatly heightened interest in ultraviolet germicidal irradiation (UVGI) as an important intervention strategy to disinfect...
Key Findings: Impact of 254-nm UVC: Induces significant DNA damage in microorganisms and human cells, with marked CPD formation in mammalian cells....
Researchers explored the effects of filtered Far-UVC light (222 nm) on human skin using both ex vivo full-thickness skin models and in vivo...
1 min read
The coronavirus pandemic requires new disinfection approaches, especially for airborne viruses. The 254 nm emission of low-pressure vacuum lamps is...
In this issue, Yamano et al. provide further evidence that germicidal 222‐nm far UV light has no immediate and delayed harmful effects on the skin...
UV222™
UV222 Linear
UV222 Downlight
Vertex 222.png)
UV222 Pendant.png)
UV222 Booth.png)
UV222 Step-On.png)
UV222 Cleanroom Downlight.png)
UV222 Material Airlock
UV222 Ambulance
UV222 Industrial
Insights
Science
Compliance
Sign up to our newsletter