Panasonic's Advanced Air Purification System

nanoe™X neutralises micro-organisms – removing 99%*1*2 of airborne bacteria, viruses and mould. It also catches and deactivates 99%*1*2 of bacteria and viruses, resulting in a cleaner and healthier home.

nanoe™X is a system that uses fine particle ions generated from moisture in the air to form tiny particles from electrically charged water molecules. Filled with OH radicals, these water molecules suppress the activity of pollen, bacteria, viruses and mould in the air, and help to eliminate odours!

The air purifying feature works hand in hand with the Mild Dry Cooling function, which reduces the unwanted side-effects of air conditioning, such as dry skin and mouths, by maintaining the level of air moisture in the room. It even works when the air con is off!

nanoe™X is available on our new range of Aero VKR series of indoor units, find out more here.

Clean air is essential to healthy living

Significant numbers of Kiwi families have someone who suffers from asthma, allergies or hay fever. Panasonic Air Conditioning Systems bring you a revolutionary air purification system to enhance indoor air quality and make Kiwi homes healthier places to live.  Approved by the Asthma + Respiratory Foundation NZ.

 


1

Deodorises

nanoeTMX deodorises strong and unpleasant odours so you can enjoy a more pleasant space.

2

Inhibits certain Bacteria & Viruses

nanoeTMX inhibits the growth of certain allergens, mould, bacteria and viruses in your home, maintaining a healthier home for your family

3

Humidity Control

Helps retain the moisture of the skin.

 

How nanoTMX keeps air fresh and clean

 

nanoTMX reaches bacteria, mould, viruses, allergens and bad odours.

 

OH radicals take away hydrogen from nasties.

 

OH radicals transform hydrogen in nasties to water and inhibit activity.


characteristics of nanoetmx technology

 

1. Long Life

6 times longer lifespan than general negative ion. nanoe™ X contains moisture around 1 000 times more than general negative ion. Being contained in water particles, it has a longer lifespan and is able to spread for a long distance.

 

Comparison of distribution in the room

A. nanoe™ X spreads to every corner.
B. General negative ion. Ions decay before spreading throughout the room.

2. Water-originated

nanoe™ X comes from condensed moisture in the air so that water replenishment for nanoe™ X generation is not required.

 

A. Allergens (such as pollen, mite droppings and corpses) are enclosed and inhibited.

B. Steam particle and large particles cannot penetrate deeply inside the fabrics.

C. nanoe™ X can penetrate deeply inside the fabrics.

3. Microscopic Scale

With the size of one-billionth of a meter, nanoe™ X is much smaller than steam. 

nanoe™ X is tiny enough to penetrate into clothes for inhibiting mould and deodorising.

* 1nm (nanometer) = one billionth of meter.

 

 

nanoe™ X: around 5-20nm.
Steam: around 6 000nm.


*1 Testing organisation: Kitasato Research Center for Environmental Science Testing method: The number of bacteria is measured after direct exposure in an airtight 10-m3 space Sterilisation method: nanoeTM Test substance: Airborne bacteria Test result: Inhibited by at least 99% in 240 minutes (Kitasato No. 21_0142) Testing organisation: Kitasato Research Center for Environmental Science Testing method: Measured the number of bacteria in cloth placed in an airtight 1-m3 container Sterilisation method: nanoeTM Test substance: Bacteria attached to a standard cloth Test result: Inhibited by at least 99.9% in 24 hours (Kitasato No. 20_0154_2) Both tests were conducted using only one bacterial species. Testing organisation: Japan Food Research Laboratories Testing method: Measured the number of bacteria attached to cloth in an approximately 10-m2 sized test room Sterilisation method: nanoeTM Test substance: Attached bacteria Test result: Inhibited at least 99% in 8 hours (No. 13044083003-01) Test issued on June 14, 2013 (Test was conducted on only one species of bacterium.)  Actual effect differs according to room condition and the way of use.  nanoeTM X have a function to inhibit activity or growth of viruses, etc. but do not assure infection prevention.
*2 Testing organisation: Kitasato Research Center for Environmental Science Testing method: Direct exposure in an airtight 1-m3 container, and them measured by TCID (50% tissue culture infectious dose) Inhibiting method: nanoeTM Test subtance: One species of adhered virus Test result: Inhibited by at least 99.9% in 120 minutes (Kitasota No. 21_0084_1) Testing organisation: Kitasato Research Center for Environmental Science Testing method: Virus is suspended in air and measured viral infectivity in air with airborne virus in an approximately 10-m2 sized test room Inhibiting method: nanoeTM Test substance: Airborne virus Test result: Inhibited at least 99% in 6 hours (Kitasato No. 24_0300_1) (Test was conducted on only one type of virus.) Testing organisation: Japan Food Research Laboratories Testing method: Measured infectivity of virus attached to cloth in an approximately 10-m2 sized test room Inhibiting method: nanoeTM Test substance: Attached virus Test result: Inhibited at least 99% in 8 hours (No. 13001265005-01) Test issued on February 11, 2013 (Test was conducted on only one type of virus.)  Actual effect differs according to room condition and the way of use.  nanoeTM X have a function to inhibit activity or growth of viruses, etc. but do not assure infection prevention.