UV lights are highly effective in eliminating the COVID-19 coronavirus. Exposing the virus and other bacteria or mold to UVC light in the 200nm - 280nm range kills the harmful microorganisms at the DNA level. This tried-and-tested solution has been successful in previous outbreaks, capable of killing SARS and MERS as well as e. coli, influenza and staphylococcus!
The best part is, UVC light sanitizes work areas without needing to come in contact with the surface or object. This passive approach ensures you can continue working and living life to the fullest with minimal interruptions.
Larson Electronics offers a complete selection of UV disinfection lights to combat COVID-19 corona virus. These products range from handheld, battery-powered UVC lights and UV desktop lamps to portable UV disinfection carts:
Portable UV Sanitation Carts:
IND-UC-48-4L-UVC-50C: Four-lamp UVC disinfection cart with wheels for mobility; designed for 800 sq. ft. Recommended for large rooms and facilities. Comes with 50â SOOW cord and cord cap for connection to 120-277V power. We also offer a two-lamp version of this lighting system (IND-CD-48-2L-UVC-50C).
IND-HL-UVC-FL26-50: Handheld UVC sanitation light for up close sanitation of surfaces, hard-to-reach sections of rooms and machines. Protected by a lamp guard and features a hook for hands-free application or storage. Available in 120V or 220V. We also offer a bigger version of this handlamp (IND-HL-UVC-FL1524-50).
Rechargeable UV Handlamp:
IND-RL-UVC-13W: Recommended for quick, on-the-go sanitation. This battery-powered UV light is compact and can be used to disinfect remote locations, temporary sites, vehicles and more. Wall charger included.
Table Top UV Light (Disinfection Areas):
IND-TBL-GN-UVC-9W-120V: Great for setting up a designated sanitation area on desks, tables, work stations and more. Leave your personal device, such as phones, keys, access cards and laptops on the surface (with the UV light shining on the object) for disinfection. This UV lamp has an adjustable neck for direct beam placement over the area.