Air Filters Technology

Hepa air filters consistently outperform every other technology.

Air filters technology.

Air filters are used in applications where air quality is important. Filtration performance is not ideal without the use of hepa air purifiers and symptoms of particle pollution like allergies and asthma are not reduced. K n washable reusable high flow air filters feature a state of the art design of layered oiled cotton media engineered to improve airflow and capture contaminants and designed to give you an increase in horsepower. A true hepa filter is the preferred air filtration technology of government agencies.

Also by air quality experts. Aft has an extensive line of oem and replacement air filters paint arrestors overspray collectors accessories and maintenance supplies for all automotive and industrial paint spray booths. With blueair s hepasilent technology airborne particles are charged before they reach the filter. The best performing air purifiers feature more than one filter technology and using hepa style filtration is the key to optimal results.

Hepa filters are very effective certified to capture 99 97 percent of particles that are precisely 0 3 micron in diameter particles that size are perfectly suited to maneuver through the filter. Each air purifier has several different components that will differ from other air purifiers whether that be the size of the air purifier how much square feet it covers in the environment the type of technology that is used to filter the indoor air how long the filters in this air device last and even the cost to use this air purifier 24 7. A particulate air filter is a device composed of fibrous or porous materials which removes solid particulates such as dust pollen mold and bacteria from the air filters containing an adsorbent or catalyst such as charcoal carbon may also remove odors and gaseous pollutants such as volatile organic compounds or ozone. This makes the particles adhere to the polypropylene fibers in the filter more easily due to electrostatic forces which allows the use of a less dense filter so more air can be pushed through with less noise and less energy.