Effect
Eliminates frequently encountered odours
nanoe™ X particles, which are smaller than steam particles, penetrate deep into fabrics, allowing for highly effective deodorisation.1–5 Hydroxyl radicals reach the sources of the odours and inhibit them.
Cigarette smoke odour1
![A graph showing that nanoe™ X reduced cigarette smoke odour intensity by 2.4 levels in 12 minutes](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_001.jpg)
nanoe™ X can reduce cigarette smoke odour
intensity by 2.4 levels in 12 minutes.
![A image of a kitchen of a restaurant](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_002.jpg)
What do you want your guests to notice?
A busy kitchen and a crowded restaurant can mean plenty of odours. nanoe™ X helps deodorise, keeping your guests happy and making your establishment a more attractive place to visit.
Effects on odours
Durian odour2
![A graph showing that nanoe™ X reduced durian odour intensity faster than natural reduction](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_003.jpg)
nanoe™ X reduced durian odour
intensity faster than natural reduction.
BBQ odour3
![A graph showing that nanoe™ X reduced BBQ odour intensity faster than natural reduction](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_004.jpg)
nanoe™ X reduced BBQ odour
intensity faster than natural reduction.
![A image of a guest room of a hotel](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_005.jpg)
Do you feel like it’s truly your space?
When you check into your room, you don’t want to relive the party someone else enjoyed. Nothing makes a hotel stay more delightful than the fresh, clean, less odour air nanoe™ X helps delivers.
Effects on odours
Scalp odour4
![A graph showing that nanoe™ X reduced scalp odour intensity significantly in 6 hours](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_006.jpg)
nanoe™ X reduced scalp odour
intensity massively in 6 hours.
Sweat odour5
Nonanoic acid
![A graph showing that nanoe™ X reduced perspiration odour intensity significantly in 1 hour](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_007.jpg)
nanoe™ X reduced sweat odour
intensity massively in 1 hour.
How nanoe™ X works
![1](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_008.jpg)
nanoe™ X reaches odours embedded in fabrics.
![2](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_009.jpg)
Hydroxyl radicals inhibit odour-causing substances.
![3](/content/dam/panasonic/aircon-en/nanoe/all/how-nanoe-works/odour/img_010.jpg)
Fabrics are deodorised.
The effects of nanoe™ X products can only be expected in the room where the product is placed, and vary depending on room size, environment and usage. It may take several hours for nanoe ™ X to reach its full effect. nanoe ™ X products are not medical devices. Local building design and sanitation regulations must be respected.
1Testing organisation: Panasonic Product Analysis Center. Testing method: Verified using the six-level odour intensity indication method in an approximately 23㎥-sized test chamber. Deodorisation method: nanoe™ released. Target odour: Surface-adhered cigarette smoke odour. Test result: Odour intensity reduced by 2.4 levels in 12 minutes. (4AA33-160615-N04)
2Testing organisation: Panasonic Product Analysis Center. Testing method: Verified using the six-level odour indication method in an approximately 23㎥-sized test chamber. Deodorisation method: nanoe™ released. Target odour: Surface-adhered durian odour. Test result: Odour intensity reduced by 1 level in 0.5 hours. (1V332-180402-K01)
3Testing organisation: Panasonic Product Analysis Center. Testing method: Verified using the six-level odour intensity indication method in an approximately 23㎥-sized test chamber. Deodorisation method: nanoe™ released. Target odour: Surface-adhered BBQ odour. Test result: Odour intensity reduced by 1.2 levels in 2 hours. (4AA33-151221-N01)
4Testing organisation: Odour and Aroma Design Course, Department of Integrated Informatics, Faculty of Informatics, Daido University. Testing method: Verified using the six-level odour intensity indication method in an approximately 23㎥-sized test chamber. Deodorisation method: nanoe™ released. Test substance: Simulated body odour of middle-aged and senior citizens adhered to pillow cover. Test result: Odour intensity reduced by 0.65 levels in 6 hours.
5Testing organisation: Panasonic Product Analysis Center. Testing method: Verified using the six-level odour intensity indication method in an approximately 23㎥-sized test chamber. Deodorisation method: nanoe™ released. Target odour: Surface-adhered perspiration odour. Test result: Odour intensity reduced by 1.1 levels in 1 hour. (Y16HM016)
Evidence
Odours
nanoe™
Target |
Results*¹ |
Test space |
Exposure |
Testing organisation |
Report No. |
||
---|---|---|---|---|---|---|---|
Adhering |
Cigarette smoke odour |
Deodorised within 30 minutes |
250 L |
0.5 |
Panasonic Product Analysis Center |
E02-090313MH-01 |
|
Odour intensity reduced 1.2 levels |
Approx. |
2 |
BAA33-130125-D01 |
||||
Deodorised |
Approx. |
2 |
SGS |
SHES160600431171 |
|||
Methylmercaptan |
Deodorised |
250 L |
0.25 |
Panasonic Product Analysis Center |
E02-080219MH-01 |
||
Odour intensity reduced 1.2 levels |
Approx. |
1 |
1V332-180316-K21 |
||||
Trimethylamine |
Odour intensity reduced 1.0 levels |
Approx. |
0.5 |
Panasonic Product Analysis Center |
1V332-180316-K22 |
nanoe™ X
Target |
Results*¹ |
Test space |
Exposure |
Testing organisation |
Report No. |
||
---|---|---|---|---|---|---|---|
Adhering |
Cigarette smoke odour |
Odour intensity reduced 2.4 levels |
Approx. |
0.2 |
Panasonic Product Analysis Center |
4AA33-160615-N04 |
|
Odour intensity reduced 1.8 levels |
Approx. |
0.2 |
SGS |
SHES160600431171 |
|||
Deodorised within 30 minutes |
250 L |
0.5 |
Panasonic Product Analysis Center |
E02-090313MH-01 |
|||
Deodorised |
Approx. |
2 |
SGS |
SHES160600431171 |
|||
Odour intensity reduced 0.7 levels |
139.2 m³ |
2 |
Gunma Analysis Center |
No.27055 |
|||
Odour intensity reduced 1.0 levels |
67.7 m³ |
2 |
Panasonic Product Analysis Center |
AA33-170203-A01 |
|||
Odour intersity reduced 3.2 levels |
10 m2 |
2 |
Panasonic Product Analysis Center |
BAA33-14078-C01 |
|||
Odour intersity reduced 0.4 levels |
139 m2 |
2 |
Kaken Test Center |
KT-19-015089-2 |
|||
BBQ odour |
Odour intensity reduced 1.2 levels |
Approx. |
2 |
Panasonic Product Analysis Center |
4AA33-151221-N01 |
||
Odour intensity reduced 1.2 levels |
Approx. |
2 |
SGS |
SHES160600431171 |
|||
Odour intensity reduced 0.9 levels |
67.7 m³ |
2 |
Panasonic Product Analysis Center |
4AA33-170203-A03 |
|||
Pet odour |
Odour intensity reduced 1.5 levels |
Approx. |
1 |
Panasonic Product Analysis Center |
4AA33-160315-A34 |
||
Odour intensity reduced 1.5 levels |
Approx. |
1 |
SGS |
SHES160600431171 |
|||
Odour intensity reduced 0.8 levels |
67.7 m³ |
2 |
Panasonic Product Analysis Center |
AA33-170203-A02 |
|||
Perspiration odour |
Odour intensity reduced 1.1 levels |
Approx. |
1 |
Panasonic Product Analysis Center |
4AA33-160315-A35、 |
||
Damp odour |
Odour intensity reduced 1.7 levels |
Approx. |
0.5 |
Panasonic Product Analysis Center |
Y16RA002 |
||
Odour intensity reduced 2.1 levels |
Approx. |
0.5 |
SGS |
SHES160600431171 |
|||
Durian odour |
Odour intensity reduced 1.0 levels |
Approx. |
0.5 |
Panasonic Product Analysis Center |
1V332-180402-K01 |
||
Acetic acid |
Odour intensity reduced 1.6 levels |
Approx. |
0.5 |
Y18HM058 |
|||
Hexanol |
Odour intensity reduced 1.5 levels |
Approx. |
0.5 |
Y18HM054-2 |
|||
Odour intensity reduced 1.3 levels |
Approx. |
1 |
Y18HM054-1 |
||||
Hexanoic acid |
Odour intensity reduced 1.4 levels |
Approx. |
1 |
SGS |
SHES160600431171 |
||
Nonanoic acid |
Odour intensity reduced 1.1 levels |
Approx. |
1 |
||||
Diacetyl |
Odour intensity reduced 1.1 levels |
Approx. |
2 |
Panasonic Product Analysis Center |
Y18HM047-2 |
||
Nonenal |
Odour intensity reduced 1.1 levels |
Approx. |
1 |
Y18HM047-1 |
|||
Methylmercaptan |
Odour intensity reduced 1.2 levels |
Approx. |
0.25 |
1V332-18220-K11 |
|||
Deodorised |
250 L |
0.25 |
E02-080219MH-01 |
||||
Trimethylamine |
Odour intensity reduced 1.4 levels |
Approx. |
0.5 |
1V332-180220-K12 |
|||
Airborne |
Cigarette smoke odour |
Odour intensity reduced 0.8 levels |
136.5 m³ |
2 |
AA33-170117-A01 |
||
Pet odour |
Odour intensity reduced 0.4-0.7 levels |
136.5 m³ |
2 |
AA33-170119-A01 |
nanoe™ X (nanoe™ X Generator Mark 2)
Target |
Results*¹ |
Test space |
Exposure |
Testing organisation |
Report No. |
||
---|---|---|---|---|---|---|---|
Adhering |
Nonenal |
Odour intensity |
23 m³ |
0.5 |
Panasonic Product Analysis Center |
Y18HM059 |
|
Cigarette smoke odour |
Odour intensity |
Approx. 139m² |
2 |
Kaken Test Center |
KT-19-015089-2 |
nanoe™ X (nanoe™ X Generator Mark 3)
Target |
Results*¹ |
Test space |
Exposure |
Testing organisation |
Report No. |
||
---|---|---|---|---|---|---|---|
Adhering |
Cigarette smoke odour |
Odour intensity reduced 1.7 levels |
Approx. 139.3m³ |
0.5 |
SGS Inc |
SHES210901902478 |
|
Nonenal (Body odour of an aging person) |
Odour intensity reduced 1.9 levels |
Approx. 23m² |
0.25 |
Panasonic Product Analysis Center |
H21HM005-1 |