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.
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 |