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Air Filter Selection |
Advantage | Coating Ingredients |
Application |
Pre-Filtration | Deodorant & Anti-Bacterial |
Main ingredient ‘’Hinokitol’’. Total 25 natural ingredients |
Food Factories、 Department Store、 Airport、 Office、 Hotel |
Secondary- Filtration |
Ditto- | Ditto- | Hospital、 Bio-Tech |
Final Filters | Ditto- | Ditto- | Cleanroom |
Microbial Filter-Deodorant & Anti-Bacterial
Material Overview
- To inhibit microbial growth and protect the integrity of the filters media.
- The natural ingredients which can reduce or eliminate odor in the air efficiently.
It kills odor from the cause which can last longer than regular product. - Hinokitol is not only working for reduce fungus and bacteria, but also removing dust mite and other harmful material from the environment.
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Microbial Filter can release deodorant factor into the air |
Odor factor in the air |
Neutralization + Decomposition →Deodorization |
Air Filter Selection |
Advantage | Coating Ingredients |
Application |
Pre-Filtration | Deodorant & Anti-Bacteria |
Main ingredient ‘’Hinokitol’’. Total 25 natural ingredients |
Food Factories、 Department Store、 Airport、 Office、 Hotel |
Secondary- Filtration |
Ditto- | Ditto- | Hospital、 Bio-Tech |
Final Filters | Ditto- | Ditto- | Cleanroom |
Ingredients
- Hinokitiol、Rosemary、lavender、Neem、Bamboo grass、argyi、green leaf exact、eucalyptol、jasmine、grapefruit、cinnamon, etc. Total 25 natural ingredients.
Unique-Technology
- Porous Microencapsulation with special procedure.
- Can help the anti-odor material to be accumulated to 14 layers and 270% o.w.f.
- Can prevent the immediate odor and block it happens again.
※The capsule diameter is 2 μm with amount of 7 mm to 8 mm, which inserts and dry to the filer 7 times.
Introduction
Application
- Install on the outlet of air condition, fans and air purifier.
- The effectiveness of reducing odor can be felt immediately.
- Can kill the smell and smoke of the cigarette right away.
Where To Use ?
Comparison of deodorant < Ammonia、Hydrogen Sulfide、Trimethylamine、Methyl Mercaptan>
High Performance On Deodorant & Anti-Bacterial
Deodorant Performance | ||||
After 24 hours | ||||
Gas | Ini tial odor concentration |
Control odor concentration |
N=1 | N=2 |
Methyl Mercaptan | 140 | 83 | 0(100) | 0(100) |
Hydrogen Sulfide | 320 | 290 | 0(100) | 0(100) |
Methyl Butyrate | 27 | 5 | 0(100) | 0(100) |
Trimethylamine | 70 | 53 | 0(100) | 0(100) |
Formaldehyde | 50 | 11 | 0(100) | 0.25(98) |
Toluene | 260 | 100 | 0(100) | 0(100) |
Alcohol | 1100 | 420 | 20(95) | 20(95) |
Xylene | 250 | 60 | 0(100) | 0(100) |
Styrene | 300 | 80 | 1(99) | 0(100) |
Ammonia | 960 | 230 | 1.5(99.3) | 0.6(99.7) |
Pyridine | 55 | 7.5 | 0(100) | 0(100) |
Aceti c acid | 65 | 6 | 0.3(95) | 0.2(97) |
Acetaldehyde | 140 | 80 | 0(100) | 0(100) |
Ni cotine Stink | 25 | 6.5 | 0.1(99) | 0.1(99) |
Unit: ppm, () is for deodorization rate (%) |
Anti-Bacterial Activity | ||
Species | Tes ting Bacteria | Effect |
Bacteria | LEP (Legionella neumophila) |
V |
E. coli | V | |
Staphylococcus aureus | V | |
Pyocyanin | V | |
Pneumoniae | V |