25,000+ Australian homes choose Air Repair

AirRepair uses advanced ESP (Electrostatic Precipitator) technology to clean your air efficiently - Up to 3–5× more air volume per watt of power compared to HEPA purifiers.

Inside the ESP filter, ultra-fine particles — even ones you can’t see, like pollen, smoke, and allergens — are given a positive static charge (Similar to the static effect that makes a balloon stick to your hair). Once charged, these particles naturally cling together, making them easier to capture. As the air passes through the electrostatic collector, the charged particles are drawn to oppositely charged plates, where they stick firmly and stay trapped — down to 0.1 microns.

This isn’t passive filtration it’s an active, proven process used in commercial applications for one reason: it works. And with AirRepair, it’s been refined for your home — so you can breathe easier knowing nothing gets past.

AirRepairs ESP technology captures up to 99.97% of airborne allergens, including dust, pollen, pet dander, and mould spores. It’s an effective solution for allergy sufferers looking to reduce triggers and breathe easier indoors — without relying on throwaway filters.

AirRepair purifiers do not emit ions into the air like traditional ionizers. The entire purification process happens internally, inside the enclosed collector-plate system, ensuring clean, safe air without adding anything back into your environment. It’s a complete air-cleaning system, not just an ion generator.

All AirRepair purifiers are also ozone-tested, and our emissions are far below the allowable safety limits.

Here’s a simple breakdown of the test results from our independent UL867 ozone-emission report

Pro Ozone Emission AirRepair.pdf

• Test chamber: 30m³ sealed room

• Operating mode: Maximum fan speed, continuously for 24 hours

• Standard used: UL867 (international air-cleaner ozone limit standard)

• Result after 24 hours: 4.1 PPB of ozone

For context, UL867 allows up to 50 PPB — meaning our purifier produced more than 10× lower than the limit, even under extreme test conditions (sealed room, full speed, 24-hour run). Real-world ozone levels are even lower because rooms are not sealed.

Not at all — in fact, it’s much quieter than traditional purifiers. That means cleaner air with far less noise. Our ESP technology uses less power to move more air. Combined with our “StackFlow Inline- Fan System” (layered inline fans inside the body), this smooth, multi-stage airflow design reduces turbulence and vibration — the two main sources of noise in ordinary purifiers. The result: high-volume airflow and efficient purification, even at higher settings, without the usual hum or roar.

Plus, with "True Night Mode" engaged, the purifier stays whisper-quiet while you sleep — so you can breathe easy all night long, no disruption whatsoever.

AirRepair is the first electrostatic air purifier with a fully washable and reusable filter — meaning no more ongoing filter costs or landfill waste. Our design delivers quieter, more energy-efficient performance without compromise. It's crafted from premium alloy.

All AirRepair purifiers are independently tested by accredited third-party labs.

That means the performance isn’t just measured by AirRepair, it’s verified under international standards. These tests check for:

- How effectively the purifier removes fine particles like dust, pollen, smoke and mould spores
- Ozone emission levels (to make sure they’re safe for home use)
- Energy consumption and electrical safety

AirRepair purifiers deliver clean, safe air — backed up by real lab data. Heres how we measure it:

1. Contaminants Are Added

A test chamber is filled with pollutants—we use tobacco smoke (the hardest to capture) at known concentrations.

2. Air Purifier Is Turned On

AirRepair purifier runs at its highest setting, and sensors measure how quickly the pollutants are removed from the air.

3. Decay Rate Is Calculated

Testing certifies how fast the air purifier reduces contaminants versus how fast they naturally settle. This gives a rate of clean air delivery, measured in: (m³/h)