1Application Technology:useNAPHONanophoton purification technology,SNEPEfficient purification technology for stationary electrodes.
2Installation location:mobile
3Control system:artificial intelligence
4Main purpose:Can efficiently remove indoor airPM2.5Bacteria and virusesTVOCOrganic pollutants such as formaldehyde, benzene, xylene, smoke odor, hydrogen sulfide, ammonia nitrogen and other unpleasant odors generated by decoration or furniture.
5Equipment features:
6Equipment model and performance:
Equipment model |
Product sizemm |
rated powerW |
CADRpricem³/h |
Energy efficiency ratio |
Applicable aream² |
Filter lifespan |
||
450x260x800 |
93 |
500 |
5.26 |
50 |
>5year |
|||
0.1µmRemoval rate |
PM2.5Formaldehyde removal rate |
Formaldehyde removal rate |
Other pollutants that can be purified |
|||||
>99% |
>99% |
>93% |
Bacteria, viruses, odors, etc |
The data was measured in the experimental environment of Shanghai Environmental Protection Product Quality Supervision and Inspection Station.