Air purifiers have become an essential tool in tackling modern-day air pollution.
While they are designed to filter out harmful particles and improve air quality, not all air purifiers operate the same way. Each model uses different technology, offers varying levels of efficiency, and — if chosen incorrectly — can even become a breeding ground for germs instead of eliminating them.
Conventional air purifiers only trap germs, not kill them
The filter is the core component of any air purifier, responsible for capturing airborne particles and releasing cleaner air back into the room.
However, most traditional filters merely trap and store bacteria and viruses within their layers — they don’t actually kill them. Over time, these trapped pathogens can multiply inside the filter, turning it into a reservoir of harmful microorganisms.
When it comes time to replace the filter, users may unknowingly expose themselves to these pathogens, especially if the filter is changed in a closed or poorly ventilated room. Moreover, discarded filters can become infectious waste, capable of spreading germs if not properly sealed or disposed of.
Choose an air purifier that eliminates germs — not just traps them
Today, innovative solutions like TPA Technology offer a safer and more effective alternative.
This technology uses an electrical field system within the filter that can kill viruses and bacteria upon contact, rather than merely trapping them.
Certified by international testing institutions, TPA Technology has been proven to eliminate over 400 strains of viruses with 99.99% effectiveness, while filtering particles as fine as 0.0146 microns.
Because the filter only retains dead particles, it doesn’t become a source of contamination. In addition, TPA filters are washable and reusable for the entire lifespan of the device, helping reduce filter replacement costs, infectious waste, and the risk of pathogen exposure — ensuring cleaner, safer air for everyone.
