Eco-friendly UV LED module
Odor/ Pollutant Removal
4-step filtering system
99.9% removal of bacteria and viruses
Low noise BLDC motor design
Illuminate the UV rays to Photocatalyst
Electronics (e-), hole (h+) create
Electronics and hole react with oxygen (O2) and water (H2O) in the atmosphere
Form anions (O2-) and Hydroxy radical (-OH) production
Contact Various harmful substances and then cause complete decomposition
Harmless to human body (H2O) and converted to carbon dioxide (CO2)
When photosynthetic light is received, chlorophyll (chlorophyll) is catalyzed to generate oxygen to purify the forest. Likewise, photocatalysts cause oxidation and reduction reactions of ultraviolet rays of the sun and fluorescent lamps as energy sources. The photocatalyst also decomposes harmful substances and pathogenic bacteria into harmless water (H2O) and carbon dioxide (CO2). It also eliminates odors at the same time.
ALCURE UV LED with photocatalytic Titanium Pro UV LED mounted on the air cleaner filter is completely decompose harmful substances, malodorous substances and other pathogenic bacteria than the principle of adsorption of contaminants, such as activated carbon filters used in conventional air cleaners. In addition, since only the substance that touches the surface of the photocatalyst titanium dioxide particle is decomposed, powerful decomposition is possible without affecting the human body like ozone. And the particle shape of the photocatalyst ball has fine pores, and it has excellent effect of catching bacteria in the air.
Without using a binder, the catalyst Titanium bead particles are uniform in size.
The photocatalytic filter has a large surface area because of fine pores in the ball.
On Photocatalytic Dioxide, high efficiency UV LED light source is applied.
|Item||Passive (Collection)||Active (Decomposition)||Collection+Decomposition|
|Clean Filter System||HEPA Filter||Carbon Filter||Prasma||Ozon||Photocatalyst||HEPA+
|Fine Dust Removal||◎||x||x||x||x||◎|
|Harmful Gases Removal||x||◎||◎||○||△||◎|
Ozon, Lower Fatty acids
Lower Fatty acids
Ozon, Electric shock
|Air Volume (m3/hr)||1,920||3,276||3,498||6,336||9,000|
|Air Volume (m3/min)||32||54.6||58.3||105.6||150|
|Dust Collection Efficiency (%)||98.5%||99.3%||98.5%||97.9%||97.7%|
|Filter Structure||Free + H13 (PM0.3 - 99.97%) + Carbon + PCO (Titanium + UV LED)|
|PM2.5 Removal ability (m3/min)||31.5||54.2||57.4||103.4||146.6|
|Purity Area (m3)||240||407||440||799||1,121|
|Power Consumption (W)||210||300||400||900||1,100|