Product Details
Some of the most common causes of indoor air pollution are pollen, dust mites, textile and carpet fibers, cockroach debris, mold, dust mite debris, dander, lead dust, auto emission, bacteria, cooking oil, smoke, viruses and VOCs. The easiest way to group these is by particle size. Fortunately, most of these are bigger than the 0.3 micrometer cut-off for HEPA filters. What particles are smaller than 0.3 micrometers? Viruses, carbon dust, smoke and VOCs for a start. While viruses and smoke are nanoparticles, VOCs behave as gases, which means they require a different type of filter to remove them from the air.
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Technical features
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●Anti-Online (national in–ention patent) long-acting slow-release sterilization patented material
●Medical grade filter loaded with 5% Anti-Online sterilized material
●Compared with the traditional mercury lamp tube, it can sa–e more than 90%, and the life span is more than 20,000 hours.
No mercury. No ozone. Without high temperature. No risk of lamp breaking.
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Specifications |
Rated –oltage |
220V/50Hz |
rated power |
＜105W |
noise |
25-55dB(A) |
product material |
ABS |
Motor |
Shibaura Brushless DC |
Control method |
Button + remote control + timing |
Air –olume |
1200m³/h |
Applicable –olume |
＜120m³ |
Product Size |
370*400*796mm |
weight |
19kg |
Third-party test data |
H1N1 flu –irus |
30min killing rate>99.9% |
Natural airborne bacteria |
>95% |
Staphylococcus albicans
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>99.9% |
Escherichia coli
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>99.99% |
Serratia marcescens
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>99.99% |
Particulates
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>99.99% |
TVOC |
>98% |
Particulates CADR
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1115.5 m³/h |
UV intensity |
32692 μW/c㎡ |
Ozone leakage |
<0.003mg/m³ |
UV leakage |
0 g/m³ |
TVOC leakage |
<0.01 mg/m³ |
PM10 leakage |
<0.001 mg/m³ |
Standby power |
1.2W |
Particulate efficiency |
13.94 m³/(W-h) |
Noise |
25 – 55dB(A) |
FAQ
What is HEPA Filtration?
The human eye can't see a particle smaller than 10 microns so many of the particulates captured cannot be seen, particularly bacteria and viruses. The filters found on room air conditioner models capture only large particles greater than 10 microns. For the smaller particles like dust, smoke, chemicals, pollens, and asbestos, HEPA filtration is needed in an air purifier.
How Does HEPA Filtration Work?
HEPA filters are well proven filtration devices and continue to be enhanced by many manufacturers. HEPA filtration guarantees the purifier will trap 99.97% of airborne particles larger than 0.3 microns. The human eye can't see a particle smaller than 10 microns so many of the particulates captured cannot be seen, particularly bacteria and viruses. The filters found on room air conditioner models capture only large particles greater than 10 microns. For the smaller particles like dust, smoke, chemicals, pollens, and asbestos, HEPA filtration is needed.
http://www.bagerpurifier.com/
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