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About“nanoe™”
Generatingenvironmentofnanoe™
Asmallamountofozoneisgenerated.
●
nanoe™ is generated using the air in the room and hence,
depending on the temperature and humidity, nanoe™ may not
be generated.
●
Conditions for generations
Surrounding temperature: About 5 °C to 35 °C (dew-point
temperature: more than about 2 °C)
Relative humidity: About 30 % to 85 %
●
When nanoe™ is generated, small amount of
ozone will be released. However, the quantity
will be at the usual level in forest or natural
environment, and not harmful to human
beings.
Functionsoftheanti-fungusassembly
It inhibits the enzyme with the anti-fungus agent and keeps water in the tray clean.
●Testing trustee: Japan spinning inspection association
●Test method: Verify the method to prevent mold bacteria (Halo method).
●Anti-fungus method: Install the anti-fungus assembly to the tray.
●Target: Humidifying filter in the tray
●Test outcome: confirm that inhibited. [No. 09006504-1]
Aboutnanoe™technology
Furtherinformation
nanoe
™
The nanoe™, generated from the most advanced nanotechnology, is a kind of a nano-sized ion particle
coated with water particles. With nanoe™ technology, the effect of sterilization ٭
1
, inhibiting allergic
substance (pollen)٭
2
, inhibiting mold bacteria٭
3
and deodorization٭
4
can be achieved. Furthermore, it
creates an atmosphere for beautiful, moisturized skin.
<Airborne bacteria> The result is of a 4 hours test in closed space of 25 m
3
, instead of in actual application space.
<Adhering bacteria> The result is of a 8 hours test in closed space of 23 m
3
, instead of in actual application space.
The deodorizing effect differs depending on the surrounding environment (temperature / humidity), operation time, or type of odor / textile.
●
These are the verification results of nanoe device, and these are different from the verification results of this product.
٭1 <Airborne bacteria>
●Testing organization: Kitasato Research Center of Environmental Sciences
●Test method: Suspend bacteria in the test chamber of 25 m
3
and measure the bacteria count in the air.
●Inhibiting method: Emitting nanoe™
●Target: airborne bacteria
●Test outcome: inhibited 99 % and above in 4 hours. [Test number 24_0301_1]
<Adhering bacteria>
●Testing trustee: Japan Food Research Laboratories
●Test method: Suspend bacteria in the test chamber of 23 m
3
and measure the bacteria count adhered to a cloth.
●Inhibiting method: Emitting nanoe™
●Target: bacteria that was ingrained in standard cloth
●Test outcome: inhibited 99 % and above in 8 hours [No. 13044083003-01]. Each test carried out on only one type of bacteria.
٭2 ●Testing organization: Panasonic Corporation Analysis Center
●Test method: Measure allergic substances adhered to a cloth with ELISA method in the test chamber of 23 m
3
.
●Inhibiting method: Emitting nanoe™
●Target: adhered allergic substance of pollen
●Test outcome: inhibited 88 % and above in 8 hours. [BAA33-130402-F01]
٭3 ●Testing trustee: Japan Food Research Laboratories
●Test method: Confirm fungi adhered to a cloth in the test chamber of 23 m
3
.
●Inhibiting method: Emitting nanoe™
●Target: adhered fungi
●Test outcome: Confirm the effect in 8 hours. [No. 13044083002-01]
٭4 ●Testing organization: Panasonic Corporation Analysis Center
●Test method: Conduct verification using six grades odor intensity measurement method in the test chamber of 23 m
3
.
●Deodorizing method: Emitting nanoe™
●Target: adhered cigarette odor
●Test outcome: odor intensity drops 1.2 grades within 2 hours. [BAA33-130125-D01]
nanoe™ and the nanoe™ mark are trademarks of Panasonic Corporation.
