Airpool Static Purification Fresh Air in the United States

Why install a fresh air purification system?

1. Fresh air fans can introduce fresh air, remove haze particles such as PM2.5 in the air, kill bacteria, improve indoor air quality, and meet the demand for healthy air;
2. Exhaust indoor harmful gases such as fumes, humid air, bacteria, formaldehyde, benzene, etc., to prevent mold, moisture, and odor;
3. You can enjoy fresh air without opening windows, reduce noise pollution and dust pollution caused by opening windows, and maintain indoor cleanliness, quietness, and comfort;
4. The fresh air fan contains a total heat exchange section, where the fresh air introduced from the outside exchanges heat with the air discharged from the indoor area for energy exchange, reducing the loss of indoor cold and heat sources, and saving energy consumption;
5. Reduce property and personal safety hazards caused by opening doors and windows
6. Improve housing quality and quality of life

Airpool electrostatic adsorption refers to the use of an ESP electrostatic discharge device to ionize inhalable particulate matter in the air under high voltage, making it charged. Through charge adsorption, it is adsorbed on the dust collection section to remove PM2.5 and other inhalable particulate matter static electricity, generating high voltage static electricity that can instantly penetrate the cell membrane of bacteria and viruses, killing bacteria.

Airpool Enjoyment Collection
Bidirectional flow total heat exchange fresh air purification system
The Airpool bidirectional flow full heat exchange fresh air purification all-in-one machine AH series is a "mechanical inlet and exhaust" system. The fresh air equipment includes independent forced air supply channels and a forced exhaust channel. The difference from unidirectional flow is that mechanical air supply also adds mechanical exhaust. After purification, outdoor air enters the room through fresh air ducts, and indoor dirty air is discharged to the outside through exhaust ducts. Bidirectional flow generally involves setting up a heat recovery device between the machine's inlet and exhaust air to recover sensible and total heat (sensible+latent).