The latest Air Purifier helps inhibit bacteria and viruses within your home, for total peace of mind
Panasonic has today unveiled a floor-standing Air Purifier, featuring the company’s unique nanoe™X technology. Creating a safe space for Australians in their homes, the purifier filters unwanted pollutants coming into the home and reduces unwanted contaminants lingering inside to provide optimal indoor air quality.
With the average person breathing in 18kg of air every day[1], air is an essential part of our lives. Employing its innovative features, the new range purifies the air with nanoe™X which actively cleans the air in the room, impacting upon airborne and surface impurities. OH radicals encapsulated in water neutralise micro-organisms and pollutants – inhibiting up to 99 per cent of bacteria, viruses, mould and allergens, both airborne and on surfaces, as well as reducing odours.
Ginger Yu, Product Marketing Manager, Appliances, Panasonic said: “Australians are now more conscious than ever about what they’re breathing into their bodies. With our Air Purifier, they can create an atmosphere that feels clean and is clean. At Panasonic, our goal is to help make our customers’ lives easier while always maintaining the highest quality in all our products.”
“We’re happy to be able to do that with our nanoe™X technology, which helps them create a safe space to breathe in. We want customers to be able to relax at home and know that their Air Purifier is working constantly to purify the air, and to provide them with a healthier environment.”
The units’ rounded superellipse design has a small footprint, making it an attractive and discreet addition to the modern home. Style and functionality intersect in Panasonic’s newest Air Purifier to enhance any space it’s in. Suitable for rooms of up to 95m2, it’s perfect for any room within the house whether it is the bedroom, living room or office space.
More than just fresh air for your health, Panasonic’s latest Air Purifier helps retain the moisture in the skin and hair – there is no need to sacrifice hydrated skin for clean air. The revolutionary nanoe™X technology helps to prevent moisture loss so that the skin and hair remains hydrated.
Ensuring comfort and cleanliness
- Equipped with a HEPA composite filter – prevents bacteria reproduction and effectively removes up to 99.99% of ultra-fine particles of 0.003 microns that can potentially travel deep into your lungs and cause health problems.
- De-formaldehyde Technology – using a 3-step process, formaldehyde contaminants which may be present in household items such as furniture are removed by chemical decomposition, activated carbon absorption and trapping.
- Odour/PM2.5 (Particulate Matter) Indicator – displays the PM2.5 concentration level within the home on an LCD panel in numerical form and indicates odour level via a coloured line on the LCD panel (purple indicates a high level, green is medium level and blue is low level).
- Nanoe™X technology – helps inhibit pollutants, both airborne and on surfaces in the home. Pollutants inhibited include bacteria, viruses, mould, pollen, dust mite allergens, pet allergens, pollution, and bushfire smoke.
- Variety of features – a multitude of features including a brightness sensor, ability to control air volume, child lock, filter replacement indicator and LCD indication panel that has a smart light sensor which dims when ambient light is low.
Maintaining health and hydration
- Skin Hydration – the nanoe™X capabilities combine with the natural sebum to coat and hydrate the skin.
- Hair Hydration – the moisture in nanoe™X hydrates the hair as well.
The latest Air Purifier will be available from selected consumer electronics retailers and rolls-out from January 2022, retailing at $989 RRP.
Model Number | Details | Availability | RRP |
F-PXU70MWL | Air Purifier | Jan 2022 | $989 |
F-ZXTD70ZL | Deodorising filter sold separately |
Feb 2022 | $99 |
F-ZXTP70ZL | HEPA filter sold separately | Feb 2022 | $169 |
For further information, visit www.panasonic.com/au/consumer/household/air-purifiers/f-pxu70mwl.html
[1] Department of Occupational Health, National Institute of Public Health