Product Details
Product Overview:
Our company’s nano‑photocatalytic (photo‑hydrogen ion) purifier, also known as an insert‑type photocatalytic air purification unit, is an active air‑purification device designed for installation within central air‑conditioning and fresh‑air systems, as well as fan coil units. By utilizing ultraviolet light to activate the nano‑photocatalyst (TiO₂), it generates highly oxidizing species such as hydroxyl radicals and hydrogen peroxide, which efficiently inactivate airborne bacteria and viruses, decompose organic pollutants like formaldehyde, benzene, and TVOCs, and eliminate unpleasant odors. This multifunctional system delivers air purification, disinfection, and odor removal, making it widely applicable in the ventilation systems of various commercial and public buildings.
Common specification and model references (plug-in type):
| Model number |
Applicable airflow ( m³/h) |
Equipment power ( W) |
External dimensions ( mm, for reference) |
Power supply |
Lamp life ( h) |
| WH-PHT1 / JLY-PHT-150 |
≤1500 |
6~10 |
180×100×85 (or cylindrical diameter φ80, height 200) |
220V 50Hz |
9,000~12,000 |
| WH-PHT2 / JLY-PHT-280 |
≤3000 |
15~25 |
220×100×120 (or cylinder diameter φ100, height 250) |
220V 50Hz |
9,000~12,000 |
| GT-ZY/ZW-4K / JLY-PHT-450 |
≤4000~5000 |
40~80 |
413×357×143 (or cylinder diameter φ120, height 300) |
220V 50Hz |
9,000~12,000 |
Note: The actual model and dimensions can be customized to suit the duct diameter and airflow requirements; the key differences lie in the lamp tube power, the length of the reaction chamber, and the flange size.
Scope of Product Use:
1. Commercial and Office Spaces:
Air purification for central air-conditioning and fresh-air systems in office buildings, shopping malls, hotels, banks, and other facilities, improving indoor air quality while eliminating renovation odors and pollutants.
2. Medical and health institutions:
It is used for air disinfection and sterilization in hospital wards, operating rooms, outpatient clinics, and laboratories, thereby reducing the risk of cross-infection; it can also be applied in laboratories, nursing homes, and other settings.
3. Public Transportation and Venues:
Airports, high-speed rail stations, subway cars, sports arenas, exhibition halls, and other densely populated venues—addressing issues of unpleasant odors and airborne pathogens.
4. Industry and Specialized Scenarios:
Food processing plants, pharmaceutical manufacturing facilities, wastewater treatment stations, waste disposal sites, and similar facilities use this technology to eliminate odors, decompose organic exhaust gases, and improve indoor air quality.
5. Education and Housing:
Fresh air and central air-conditioning systems for school classrooms, libraries, kindergartens, and high-end residential buildings—eliminating formaldehyde and TVOCs to deliver healthy indoor air for students, teachers, and residents.
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