Faqs | Airfree
1. Are there any side effects?
2. How do I shut the multi-colour night light off?
3. Can I install Airfree® in my walking closet ?
5. How do I know if Airfree® is no longer working?
6. Can I place Airfree® at the corridor to reach adjacent rooms?
7. Can I place Airfree® in a closed room?
8. Can I change Airfree® from one room to another?
10. What happens if Airfree® is disconnected or there was a black out?
11. Does CADR measure the effectiveness of the Airfree®?
Not at all. CADR is not designed to test the Airfree® technology. The AHAM seal (usually found on the back of an air cleaner’s box) lists three Clean Air Delivery Rate (CADR) numbers: one for tobacco smoke, one for pollen and one for dust. The CADR indicates volume of filtered air delivered by an air cleaner. The reason why CADR is not designed for Airfree® is because Airfree® does not filter but destroys microorganisms instead, such reduction of bacteria, moulds, viruses and other microorganisms can only be measured after air sample incubation in a microbiology lab. Airfree® destroys (not trap or attract to other surface) any microorganism regardless of how small they might be. 99.99% of all microorganisms are fully destroyed when passing through the Airfree® patented ceramic core.
12. Does Airfree® eliminate bacteria and viruses?
13. How does Airfree® destroy dust mites?
14. How does Airfree® eliminate fungi and moulds?
15. Does Airfree® reduce tobacco smell?
16. How does Airfree® destroy viruses?
18. Does Airfree® release any gas or chemical product?
19. Does Airfree® heat up a room?
21. Does Airfree® night light interfere with Airfree® sterilising function?
22. Where do the microorganisms go after they are destroyed?
All living microorganisms are basically composed by carbon, oxygen an nitrogen. Since Airfree® reaches nearly 200 °C, all the components decompose into carbone dioxide (the same product released by our respiration) and water. Some carbon (or microscopic ashes) may remain inside the device or over the top lid during the process. It should be noted that all happens in a microscopic level, so all those residues are a very small fraction of the microorganisms original microscopic size, in other words meaningless.