Change your air.
Create a cleaner home for your family.

nanoe™ X defends you from invisible threats by breaking down hazardous substances found in PM 2.5 as well as inhibiting certain bacteria, viruses, pollens, allergens, and moulds. It also deodorises, and moisturises skin and hair. This revolutionary Panasonic technology supports comfortable and pleasant lifestyles.

THE FACTS

Viruses exist on household surfaces and normal indoor ventilation cannot control them.

An illustration that shows that if a hand with a virus on it touches a doorknob or light switch, the virus may adhere to that object and that when another person touches that object and then touches his or her eyes or nose, the virus may enter that person’s body

When a hand with a virus on it touches a doorknob, light switch or any other household object, the virus may adhere to that object.

An illustration that shows that if a hand with a virus on it touches a doorknob or light switch, the virus may adhere to that object and that when another person touches that object and then touches his or her eyes or nose, the virus may enter that person’s body

With multiple people using these objects, the virus can then transfer to another person’s hand.

An illustration that shows that if a hand with a virus on it touches a doorknob or light switch, the virus may adhere to that object and that when another person touches that object and then touches his or her eyes or nose, the virus may enter that person’s body

Once the virus is on your hand, and you touch your mouth, your eyes or your nose, then…

An illustration that shows that if a hand with a virus on it touches a doorknob or light switch, the virus may adhere to that object and that when another person touches that object and then touches his or her eyes or nose, the virus may enter that person’s body

…you may be infected.

Contact infection

Viruses which adhere to various surfaces can be touched and absorbed into the body.

WHAT nanoe™ X CAN DO

nanoe™ X is effective in inhibiting certain airborne and adhered viruses.

Illustrations and images depicting how a room can be kept constantly clean using the fan mode of an air conditioner equipped with nanoe™ X

Operating nanoeTM X in fan mode when nobody is there inhibits odours and hazardous substances, including those found in PM 2.5 particles.

Illustrations and images depicting how a room can be kept constantly clean using the fan mode of an air conditioner equipped with nanoe™ X

Bedroom

Illustrations and images depicting how a room can be kept constantly clean using the fan mode of an air conditioner equipped with nanoe™ X

Living/dining room

Illustrations and images depicting how a room can be kept constantly clean using the fan mode of an air conditioner equipped with nanoe™ X

Out working
10 hours

Illustrations and images depicting how a room can be kept constantly clean using the fan mode of an air conditioner equipped with nanoe™ X

+ fan mode only 25 W/h*
*Varies by model

Images depicting how nanoe™ X inhibits viruses, and graphs showing that nanoe™ X is effective in inhibiting airborne and adhered viruses

nanoe™ X reaches virus.

Images depicting how nanoe™ X inhibits viruses, and graphs showing that nanoe™ X is effective in inhibiting airborne and adhered viruses

Hydroxyl radicals denature virus proteins.

Images depicting how nanoe™ X inhibits viruses, and graphs showing that nanoe™ X is effective in inhibiting airborne and adhered viruses

Virus activity is inhibited.

Airborne viruses
bacteriophageΦχ1741

Images depicting how nanoe™ X inhibits viruses, and graphs showing that nanoe™ X is effective in inhibiting airborne and adhered viruses

Adhered viruses
Influenza virus H1N1 subtype2

Images depicting how nanoe™ X inhibits viruses, and graphs showing that nanoe™ X is effective in inhibiting airborne and adhered viruses

¹Airborne virus (bacteriophageΦχ174). Testing organisation: Kitasato Research Center for Environmental Science. Testing method: The number of viruses was measured after direct exposure in an approximately 25 m³-sized airtight test room. Inhibition method: nanoe™ released. Target substance: Airborne virus. Test result: At least 99.7% inhibited in 6 hours. (24_0300_1)
²Adhered virus (Influenza virus H1N1 subtype). Testing organisation: Kitasato Research Center for Environmental Science. Testing method: Measured the number of viruses adhered to a cloth in an approximately 1 m³-sized airtight test room. Inhibition method: nanoe™ released. Target substance: Adhered virus. Test result: At least 99.9% inhibited in 2 hours. (21_0084_1)

In addition to inhibiting certain viruses,
nanoe™ X contributes to creating cleaner environments with various effects.

Inhibits 5 Types of Pollutants

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An image of mould  An image of allergens  An image of pollens  An image of hazardous substances An image of bacteria & viruses
Can inhibit 5 types of pollutants
Can inhibit 5 types of pollutants
Can inhibit 5 types of pollutants
Can inhibit 5 types of pollutants

Deodorises

An image showing a child and a cat sitting on a carpet. The odour of the cat is adhering to the carpet, but nanoe™ X is working to deodorise it.

Moisturises

An image depicting how nanoe™ X is moisturising the hair of a woman lying on a bed

Pesticide Residue Reduction

An image showing how nanoe™ X is effective against pesticide residue reduction adhering to food

How nanoe™ X works

The secret is that nanoe™ X contains hydroxyl radicals with the power to inhibit harmful substances by taking away hydrogen atoms.

The hydroxyl radical penetrates a virus’s protein.

The hydroxyl radical penetrates a virus’s protein.

It takes away a hydrogen atom from the protein.

It takes away a hydrogen atom from the protein.

Hydroxyl radicals transform the hydrogen, to and inhibiting the virus.

Hydroxyl radicals transform the hydrogen, to and inhibiting the virus.