Air isn't clean until what's in it is destroyed.
Filtering catches particles. AIRE goes further — seven layers that capture, then actively sterilise, everything from formaldehyde to influenza.
Active elimination vs. passive decay
A conventional H13 filter is a trap — it holds pathogens until they naturally break down, which takes hours to days. During that time they remain viable. AIRE adds active sterilisation so captured organisms are destroyed in real time.
Natural decay only. Trapped viruses and bacteria stay alive in the filter and degrade slowly over hours to days.
Over 99.99% of E. coli, Staphylococcus albus and Influenza A eliminated within the hour, then continuously.
The mechanism runs in three stages — adhesion, penetration, then oxidative damage — proven effective against the viral activity of SARS, H7N9 avian influenza, coronavirus and H1N1.
The 7-layer multi-prong stack
Each layer is tuned to a specific class of threat, so nothing slips through the one before it.
Aluminium alloy pre-filter
A dense multi-layer mesh that captures dust, dandruff, pollen and other large particles.
Cold catalyst filter
Decomposes harmful gases with oxygen in the air, converting them to water and carbon dioxide.
Cellular activated carbon
Breaks down formaldehyde and other harmful gases into non-toxic vapours.
Antibacterial filter
Non-woven fabric that suppresses the metabolism of microbes and is potent against mites and bacteria.
H13 medical-grade HEPA
99.97% efficient down to 0.01 micron — blocks PM2.5, allergens and volatile organic compounds.
UV-C sterilisation
Antibacterial UVA/UV-C light breaks down the DNA strands of bacteria and viruses held in the filter.
Anion release
Generates negative ions that boost antimicrobial activity and help freshen the air.
Copper & silver ion antibacterial technology
The most innovative layer. Copper and silver ions have been proven to effectively destroy the viral activity of SARS, H7N9 avian influenza, coronavirus and H1N1 — attacking pathogens through bacteria isolation and sterilisation.
- Adhesion — ions bind to the pathogen surface.
- Penetration — the cell membrane is breached.
- Oxidative damage — the organism is destroyed, not stored.
Certified for medical environments
AIRE technology carries the certifications required where air quality is not optional.