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Pollens

Effect

Evidence

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 – 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

Mould

Allergens

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 pollens found worldwide all year

A image of a baby playing in a room while nanoe™ X operation

Hard to work when you are tearing up, right? It’s that time of year when you just can’t stop sneezing.
nanoe™ X is effective in inhibiting* a variety of pollens found worldwide all year. The inhibition effect has been confirmed for the 13 varieties shown below.

Types of pollen that nanoe™ X can inhibit

Cedar

Cypress

Orchard grass

Ragweed

Miscanthus

Japanese white birch

Artemisia

Olive

Juniper

Casuarina

Alnus japonica

Timothy grass

Humulus japonicus

Calendar for major pollens

Various pollens appear in different regions at different times of year.

Calendar for major pollens

How nanoe™ X works

nanoe™ X reliably reaches pollen.

Hydroxyl radical denature pollen proteins.

Pollen 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. Test substances: Cedar, Cypress, Orchard grass, Ragweed, Alnus japonica, Japanese white birch, Artemisia, Olive, Juniper, Casuarina, Miscanthus, Timothy grass, Humulus japonicus pollen. Test result: Inhibitory effect was confirmed in 24 hours. (4AA33-151015-F01, 4AA33-151028-F01, 4AA33-160601-F01, 4AA33-160601-F02, 4AA33-160701-F01, 1V332-180301-F01)

Results may vary based on usage and seasonal and environmental variables (temperature and humidity).

nanoe™ X and nanoe™ inhibit activity or growth of pollutants, but do not prevent illness.

Evidence

Pollens

nanoe™

	Target	*Results¹**	Test space	Exposure time (hr)	Testing organisation	Report No.
Adhering	Cedar	99％ inhibited	45 L	2	Panasonic Product Analysis Center	E02-080303IN-03
		88％ inhibited	Approx. 23 m³	8	Panasonic Product Analysis Center	BAA33-130402-F01
		87％ inhibited	Approx. 23 m³	8	SGS	SHES160600431171
	Cypress	Inhibited	Approx. 23 m³	24	Panasonic Product Analysis Center	1V332-171010-F04
	Cypress	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
	Orchardgrass	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
	Ragweed	Inhibited	45 L	1	Shinshu University, Faculty of Textile Science and Technology

nanoe™ X

	Target	*Results¹**	Test space	Exposure time (hr)	Testing organisation	Report No.
Adhering	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		4AA33-151001-F01
		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
	Cypress	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
	Orchardgrass	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
	Ragweed	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	*Results¹**	Test space	Exposure time (hr)	Testing organisation	Report No.	PDF
Adhering	Cedar	99％ inhibited	23 m³	12	Panasonic Product Analysis Cente	L19YA009

nanoe™ X (nanoe™ X Generator Mark 3)

	Target	*Results¹**	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
	Ragweed	Inhibited 98%	Approx. 23m³	6	Panasonic Holdings Corporation Product Analysis Center	H23YA033

nanoe™ X: improving protection 24/7

Effects of nanoe™ X—unique Panasonic technology

An image of the effects on odours of nanoe™ X