For more than 70 years, UVC light has been used as an effective way to disinfect air and deactivate airborne pathogens such as viruses and bacteria – including measles, TB, the flu and now also SARS-COV-2 (causing Covid-19).
The patent pending NORDICCO Northern Light™ HVLS fans silently circulate massive amounts of air across the UVC lamps elegantly integrated on the upper side of the air blades, effectively deactivating airborne pathogens as they’re continuously exposed to the UVC light. The result is a safer, cleaner and more comfortable environment for employees, visitors and customers alike.
It’s a well-established fact that UVC light in combination with HVLS ceiling fans is an effective way to eliminate airborne pathogens and provide a clean and safe environment. That UVC light is able to deactivate +99% of airborne pathogens is also a well-established fact, confirmed by leading institutions and universities around the world.
The patent pending NORDICCO Northern Light™ fans all come with powerful 60W UVC disinfecting lamps elegantly integrated on the periphery of upper side of the air-blades. As the circulated air moves across the air-blades, the UVC lamp ensures for an effective disinfection, eliminating airborne pathogens such as bacteria and viruses. Furthermore, the smart uplight design makes it possible to have the Northern Light™ HVLS fans safely operating while humans are present in the room.
Tests and trial simulations indicate that each NORDICCO Northern Light HVLS fan will be able to produce more than 10.000 m3 clean air per hour.
If you are interested in learning more about our solutions, or perhaps you have a project you’re dimensioning, please feel free to get in touch with us at +45 73 70 90 83 or on email@example.com.
PROUDLY MADE IN DENMARK
The NORDICCO HVLS fans are all designed and manufactured in Denmark, adjusted to European needs and expectations regarding performance, energy efficiency and design. Where ever possible we use local suppliers and material with the lowest overall carbon footprint.