Dynamic Air Cleaners use an active electrostatic field to magnetize both airborne particles and the fibers of the air purifier's disposable filter pads. This process causes particles to stick to the filter fibers just like paper clips are attracted to a magnet. The more particles that stick to the filter, the more efficient the filter becomes.  

Dynamic Air Cleaners remove 97% of particles as small as 0.3 microns in size, and 98.6% of particles in the 0.5 to 1 micron range. (1 micron is about 1/25,000^th  of an inch.)  This range is comparable to or better than a brand new HEPA air filter with a similar fan size.  But, Dynamic Air Cleaners have the ability to remove airborne particles from the air as small as 0.001 microns because of their unique agglomeration process.  The polarization field causes uncollected particles to stick together and form larger particles that become large enough to catch during the next pass through the Air Cleaner. 

Dynamic Air Cleaners are a new technology in air cleaning.  Below is an example of how they compare with old-style air filters and purifiers.  The industry standard is true medical HEPA, thus, we compare our systems to a new HEPA air filter.   Electrostatic precipitators have been on the market since the 1960s, and while they overcome certain problems with HEPA filters, they are generally not desirable.   Ionizers and ozone generators should never be considered.  The EPA, the American Lung Association, and the medical community as a whole agree that ozone is harmful to lung tissue.  There have been many studies that show that there is no safe level of ozone in the air. 

Dynamic Air Cleaner

The Competitor's 4-6" Pleated Filter

Competitor's Electrostatic Precipitators