New nano-sized electrostatic atomized water particles, nanoe™, that improve air quality
Proven benefits of electrostatic atomized water particles, nanoe™, through experiments
The benefits range widely from helping to inhibit certain viruses, bacteria, mould and allergens, but also moisturizing skin. Experiments by universities and research institutions have proven the effects of nanoe™.
The benefits range widely from helping to inhibit certain viruses, bacteria, mould and allergens, but also moisturizing skin. Experiments by universities and research institutions have proven the effects of nanoe™.
nanoe™ is nano-sized electrostatic atomized water particles with plentiful OH radicals.
Its effectiveness of bacteria inhibition depends on the number of OH radical, which is generated at the rate of 480 billion per second.
Its effectiveness of bacteria inhibition depends on the number of OH radical, which is generated at the rate of 480 billion per second.
A. Water
B. OH Radical
C. Electron
B. OH Radical
C. Electron
Virus, Bacteria & Pollen inhibition
D. Airborne. Inhibit 99,9% of certain types of bacteria and viruses in the air.
E. nanoe™ attack micro-organisms.
F. nanoe™ fine particles released from the generator.
G. Adhesive. Inhibit 99,9% of certain types of bacteria, viruses, pollen and mould in fabric elements. Also, deodorize odour inside.
D. Airborne. Inhibit 99,9% of certain types of bacteria and viruses in the air.
E. nanoe™ attack micro-organisms.
F. nanoe™ fine particles released from the generator.
G. Adhesive. Inhibit 99,9% of certain types of bacteria, viruses, pollen and mould in fabric elements. Also, deodorize odour inside.
Characteristics of nanoe™ Technology
1. Long Life
6 times longer lifespan than general negative ion.
nanoe™ contains moisture around 1.000 times more than general negative ion. Being contained in water partricles, it has a longer lifespan and is able to spread for a long distance.
6 times longer lifespan than general negative ion.
nanoe™ contains moisture around 1.000 times more than general negative ion. Being contained in water partricles, it has a longer lifespan and is able to spread for a long distance.
2. Water-originated
nanoe™ comes from condensed moisture in the air so that water replenishment for nanoe™ generation is not required.
nanoe™ comes from condensed moisture in the air so that water replenishment for nanoe™ generation is not required.
3. Microscopic Scale
Only one-billionth the size of a steam particle nanoe™ is much smaller than steam that can deeply penetrate into cloth fabrics to deodorize.
* 1nm (nanometer) = one billionth of meter
Only one-billionth the size of a steam particle nanoe™ is much smaller than steam that can deeply penetrate into cloth fabrics to deodorize.
* 1nm (nanometer) = one billionth of meter
Comparison of distribution in the room
A: nanoe™
nanoe™ spreads to every corner.
B: General negative ion. Ions decay before spreading throughout the room.
A: nanoe™
nanoe™ spreads to every corner.
B: General negative ion. Ions decay before spreading throughout the room.
nanoe™ is tiny enough to penetrate into clothes for inhibiting mould and deodorizing
C: Allergens (such as pollen, mite droppings and corpses) are enclosed and inhibited.
D: Steam particle and large particles cannot penetrate deeply inside the fabrics.
E: nanoe™ can penetrate deeply inside the fabrics.
C: Allergens (such as pollen, mite droppings and corpses) are enclosed and inhibited.
D: Steam particle and large particles cannot penetrate deeply inside the fabrics.
E: nanoe™ can penetrate deeply inside the fabrics.
nanoe™: around 5-20nm
Steam: around 6.000nm
Steam: around 6.000nm
How does nanoe™ technology help you?
1. Virus / Bacteria / Pollen inhibition
Inhibits Virus.
A: Virus / Bacteria / Pollen
B: Virus / bacteria / Pollen is suspended in indoor air.
C: nanoe™ approach and capture those objects.
D: nanoe™ metamorphose structure of Virus / Bacteria / Pollen. (Remove hydrogen.)
E: Completion inhibition.
* The effectiveness of nanoe™. Influenza virus 99,9% Inhibited
Inhibits Virus.
A: Virus / Bacteria / Pollen
B: Virus / bacteria / Pollen is suspended in indoor air.
C: nanoe™ approach and capture those objects.
D: nanoe™ metamorphose structure of Virus / Bacteria / Pollen. (Remove hydrogen.)
E: Completion inhibition.
* The effectiveness of nanoe™. Influenza virus 99,9% Inhibited
Airborne:
Virus (Coliphage)
Virus (Coliphage)
- Result (deactivate): 99,7%
- Testing condition: 10m² / 6h
- Tested laboratory / Company: Kitasato research center for Environmental science
- Report doc No.: KRCES 24_0300_1
- Result (deactivate): 99,7%
- Testing condition: 10m² / 4h
- Tested laboratory / Company: Kitasato research center for Environmental science
- Report doc No.: KRCES 24_0301_1
Adhesive:
Virus (Coliphage)
Virus (Coliphage)
- Result (deactivate): 99,8%
- Testing condition: 10m² / 8h
- Tested laboratory / Company: Japan food research laboratories
- Report doc No.: 13001265005-01
- Result (deactivate): 99,9%
- Testing condition: 1m² / 2h
- Tested laboratory / Company: Kitasato research center for Environmental science
- Report doc No.: KRCES 21_0084_1
- Result (deactivate): 99,1%
- Testing condition: 10m² / 8h
- Tested laboratory / Company: Japan food research laboratories
- Report doc No.: 13044083003-01
Tobacco odour
- Result (deactivate): Deodorized in 2h
- Testing condition: 10m² / 2h
- Tested laboratory / Company: Panasonic analysis center
- Report doc No.: BAA33-130125-D01
- Result (deactivate): 99%
- Testing condition: 45L / 2h
- Tested laboratory / Company: Panasonic analysis center
- Report doc No.: E02-080303IN-03
2. Deodorization
Deodorization effect works with the smell adhered at objects like sofa and curtains. Reduce 90% Odour (tobacco smell) after 120 minutes.
Deodorization effect works with the smell adhered at objects like sofa and curtains. Reduce 90% Odour (tobacco smell) after 120 minutes.
Deodorization Effect for Adhering Odour (Tobacco)
A: 6 Level Odour Intensity
B: With nanoe™
C: Without nanoe™
Odour intensity 1,2 level down.
The deodorization effect will vary subject to the surrounding environment (temperature / humidity), operation time, types of smell and clothes.
Reduce 90% odour (tobacco smell) after 120 minutes
* Odour intensity drop by 1 level means 90% is reduced
· Test Laboratory: Panasonic Corporation Analysis Center. · Test Methodology: Verifying with 6-level odour intensity indication in 10m² test room. · Deodorization Method: nanoe™ emit. · Test Subject: Adhering Tobacco Smell. · Test Result: 1,2 level of odour intensity is decreased after 120 minutes. · Report No.: BAA33-130125-D01.
A: 6 Level Odour Intensity
B: With nanoe™
C: Without nanoe™
Odour intensity 1,2 level down.
The deodorization effect will vary subject to the surrounding environment (temperature / humidity), operation time, types of smell and clothes.
Reduce 90% odour (tobacco smell) after 120 minutes
* Odour intensity drop by 1 level means 90% is reduced
· Test Laboratory: Panasonic Corporation Analysis Center. · Test Methodology: Verifying with 6-level odour intensity indication in 10m² test room. · Deodorization Method: nanoe™ emit. · Test Subject: Adhering Tobacco Smell. · Test Result: 1,2 level of odour intensity is decreased after 120 minutes. · Report No.: BAA33-130125-D01.
3. Moisturing Skin
Helps retain the moisture of the skin.
Helps retain the moisture of the skin.
With nanoe™
nanoe™ hydrate the sebum on the skin to prevent the loss of moistures.
nanoe™ hydrate the sebum on the skin to prevent the loss of moistures.
After 28 days
Skin is hydrated that nanoe™ keeps the texture of the skin.
Skin is hydrated that nanoe™ keeps the texture of the skin.
A: nanoe™
B: Sebum
C: Moistures retained
D: Stratum corneum
E: The texture of the skin is kept
Test Laboratory: FCG Research Institute Inc. Report no. 19104
B: Sebum
C: Moistures retained
D: Stratum corneum
E: The texture of the skin is kept
Test Laboratory: FCG Research Institute Inc. Report no. 19104
Reliable technology chosen by the world
The cutting edge technology of Panasonic’s nanoe™ purifying technology has been chosen by Lexus to equip its vehicles for clean indoor air.