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A image of Allergens

Licensed in VDI 6022

Certification of a HVAC system under VDI 6022 guarantees that the system fulfills the market’s strictest hygiene requirements.

VDI 6022 Certification Mark

VDI 6022 – Part 5 Certification

‘Avoidance of allergenic exposure’

Inhibits a wide range of harmful bacteria, viruses, mould, pollen and allergens.

Panasonic nanoe™ X technology has, after rigorous testing in the strictest test conditions, been awarded VDI6022 certification, which guarantees the highest level of effectiveness against exposure to common allergens such as Pollen, mould, and many common pet allergens present within indoor spaces.

Pollen

Pollen

Mould

Mould

Allergens

Allergens

VDI 6022 Certification Mark

VDI 6022 – Part 1 & 1.1 Certification

‘Ventilation and indoor-air quality’

Panasonic nanoe™ X technology improving indoor air quality.

Panasonic nanoe™ X technology has been tried and tested for over 20 years and is proven to inhibit a wide range of harmful bacteria, viruses, mould, pollen and allergens. 

*1,Certification mark of part5 is only valid for Generater Mark3.
*2,Certification mark of part1 is only valid for Generater Mark3.
*3,Certification mark of part1.1 is only valid for Generater Mark2 and Mark3.

Effect

Inhibits pet-derived allergens and major allergens.

In addition to allergens* from sources such as dog/cat dander*, mite feces/carcasses*, ​and airborne mold*, other major allergens* can also be inhibited.

A image of a people in a nursery while nanoe™ X operation

A sensitive age

Could there be allergens lurking in the carpet? At home or at the nursery, nanoe™ X helps keep your loved ones secure by penetrating deep into fabrics to inhibit a wide range of allergens, giving you peace of mind.

Effects on allergens

Inhibition* effect verified by disappearance of coloured section (band) that reacts to allergens.

Mites
Dermatophagoides farinae

An illustration showing that nanoe™ X highly effective against the mite allergen Dermatophagoides farinae

Insects​
Cockroaches

An illustration showing that nanoe™ X highly effective against insect allergens like cockroaches

Mold
Aspergillus

An illustration showing that nanoe™ X is highly effective against mould like Aspergillus

Tree and shrub pollen
Cedar

An illustration showing that nanoe™ X is highly effective against the pollen of trees like cedar and shrubs

Animals
Cats

An illustration showing that nanoe™ X is highly effective against allergens like cat dander

Grass pollen
Ragweed

An illustration showing that nanoe™ X is highly effective against grass pollens like ragweed

Proven allergens with nanoe™ X

Mites​

Dermatophagoides farinae / Dermatophagoides pteronyssinus

Mold

Alternaria / Aspergillus / Candida / Malassezia​

Animals

Dog (dander) / Cat (dander)

Insects

Cockroach / Moth​

Tree and shrub pollen

Cedar / Cypress / Alnus japonica / Japanese white birch / Olive /​ Juniper / Casuarina

Grass pollen

Orchard grass / Timothy grass / Ragweed / Miscanthus / Artemisia / Humulus japonicus

How nanoe™ X works

nanoe™ X reaches allergens.

nanoe™ X reaches allergens.

Hydroxyl radical denature allergen proteins.

Hydroxyl radical denature allergen proteins.

Allergen is inhibited.*

Allergen is inhibited.*

*Testing organization: Panasonic Product Analysis Center. Testing method: Verified using the electrophoresis method in an approximately 23 m3-sized test chamber. Inhibition method: nanoe™ released. Target substances: Allergens (Dermatophagoides pteronyssinus, Dermatophagoides farina, Cedar, Cypress, Orchard grass, Ragweed, Alnus japonica, Japanese white birch, Artemisia, Olive, Juniper, Casuarina, Miscanthus, Timothy grass, Humulus japonicus, Alternaria, Aspergillus, Candida, Malassezia, cockroach, moth, dog (dander), cat (dander)). Test result: Inhibitory effect confirmed in 24 hours. (4AA33-160615-F01, 4AA33-170301-F15, 4AA33-151001-F01, 4AA33-151028-F01, 4AA-33-160601-F01, 4AA33-160601-F02, 4AA33-160701-F01, 1V332-180301-F01, 4AA33-160615-F02, 4AA33-160615-F03, 4AA33-160620-F01)

Results may vary based on usage, and seasonal and environmental variables (temperature and humidity). nanoe™ X and nanoe™ inhibit activity or growth of Allergens, but do not prevent infection.

Evidence

Allergens

nanoe™

Target

Results*¹

Test space

Exposure
time (hr)

Testing organization

Report No.

PDF

Adhering

Mite

98%
inhibited

45 L

2

Panasonic Product Analysis Center

E02-080204IN-02

60%
inhibited

Approx.
23 m³

24

BAA33-130304-F04

Aspergillus

93.9%
inhibited

45 L

2

Institute of Tokyo
Environmental Allergy

11MAR076_1

Dog

99.8%
inhibited

45 L

1

11M-RPTAPR047_1

Cat

98.6%
inhibited

45 L

2

11M-RPTAPR051_1

Cedar

99%
inhibited

45 L

2

Panasonic Product Analysis Center

E02-080303IN-03

88%
inhibited

Approx.
23 m³

8

BAA33-130402-F01

87%
inhibited

Approx.
23 m³

8

SGS

SHES160600431171

Cypress

Inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-171010-F04

Inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

Orchardgrass

Inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-171010-F02

Inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

Ragweed

Inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-171010-F01

Inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

nanoe™ X

Target

Results*¹

Test space

Exposure
time (hr)

Testing organization

Report No.

PDF

Adhering

Mite

98%
inhibited

45 L

2

Panasonic Product Analysis Center

E02-080204IN-02

60%
inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

BAA33-130304-F04

Aspergillus

93.9%
inhibited

45 L

2

Institute of Tokyo
Environmental Allergy

11MAR076_1

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160615-F02

Dermatophagoides pteronyssinus

inhibited

Approx.
24 m³

24

Panasonic Product Analysis Center

4AA33-160615-F01

Alternaria

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160615-F02

Candida

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160615-F02

Malassezia furfur

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160615-F02

Dog

99.8%
inhibited

45 L

1

Institute of Tokyo
Environmental Allergy

11M-RPTAPR047_1

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160620-F01

Cat

98.6%
inhibited

45 L

2

Institute of Tokyo
Environmental Allergy

11M-RPTAPR051_1

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160620-F01

Rabbit

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180614-Y03

Guinea pig

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180806-Y04

Hamster

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180806-Y02

Mouse

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180806-Y03

Canary

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-190202-Y03

Parakeet

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180806-Y01

Cockroach

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160615-F03

Psocid

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Psocoptera

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-190130-Y01

Cedar

99%
inhibited

45 L

2

Panasonic Product Analysis Center

E02-080303IN-03

99%
inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-151001-F01

97%
inhibited

Approx.
23 m³

8

98.9%
inhibited

24 m³

8

1V332-170703-F08

Cedar
Note: Electrophoresis

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-151015-F01

Cypress

inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-151028-F01

Orchardgrass

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-151028-F01

inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

Ragweed

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-151028-F01

inhibited

45 L

1

Shinshu University,
Faculty of Textile Science and Technology

White birch

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160601-F01

Mugwort

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Alder

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Pampas grass

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160601-F02

Olive

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Juniper

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Casuarina

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

Timothy grass

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

4AA33-160701-F01

Humulus japonicus

inhibited

Approx.
23 m³

24

Panasonic Product Analysis Center

1V332-180301-F01

nanoe™ X (nanoe™ X Generator Mark 2)

Target

Results*¹

Test space

Exposure
time (hr)

Testing organization

Report No.

PDF

Adhering

Cedar

99%
inhibited

23 m³

12

Panasonic Product Analysis Cente

L19YA009

nanoe™ X (nanoe™ X Generator Mark 3)

Target

Results*¹

Test space

Exposure
time (hr)

Testing organisation

Report No.

PDF

Adhering

Cedar pollen

Inhibited
over 99%

Approx.
24m³

3

Panasonic Product Analysis Center

H21YA017-1

Dermatophagoides
pteronyssinus

Inhibited
over 99%

Approx.
24m³

6

Panasonic Product Analysis Center

H21YA046-1

Ragweed

Inhibited
98%

Approx.
23 m³

6

Panasonic Holdings Corporation Product Analysis Center

H23YA033

Mites

Inhibited
97%

Approx.
23 m³

6

Panasonic Holdings Corporation Product Analysis Center

H23YA034

Cat

Inhibited
94%

Approx.
23 m³

6

Panasonic Holdings Corporation Product Analysis Center

H23YA035

nanoe™ X: improving protection 24/7

Effects of nanoe™ X—unique Panasonic technology