How it works

Superior Filtration Technology
     The reasons why the Electro-Breeze air conditioning air filter works so much better compared to other central air filters is because it takes advantage of three scientific filtration principles combined in one product to filter air and trap unwanted and harmful particulate.
     The three scientific principles at work in the Electro-Breeze air conditioning air filter are Impingement, Polarization and Agglomeration. Virtually every other filtration media type filters use only impingement. The combination and benefits of combining these three principles is explained below:

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#1) Impingement

     Impingement is the process that all media filters use to trap dust. Simply stated, in order to trap particles the impingement process relies on media being placed in the path of oncoming airborne particles and striking the particles as it flows by in an effort to stop it.
     The degree of effectiveness of this method depends on the amount of material contained in the media filter placed in the path of these oncoming airborne particulate.
     Central air filters using this type of process cover the entire range of efficiencies. The finer and more dense the media used the greater the efficiency. High efficiency particulate air (HEPA) filters have high efficiencies along with very dense fiber packing, however the trade-off associated with these filters is a reduced volume of filtered air - all things being equal.

#2) Polarization

     The second major scientific principle used in engineering the Electro-Breeze air conditioning  air filter is polarization. Just like charging a nail to make it into a magnet, the filter media is charged and becomes a dust magnet.

     With tens of thousands of charged fiber strands in each filter the efficiency of this polarized process is greatly enhanced. In addition, as each particle attaches itself to the fiber strands it in turn becomes part of the collection process thereby increasing the effectiveness of the filter as it loads.

     Any particles that may escape through the influence of the polarized filter media travel through the system without any residual charge and are then filtered out on subsequent passes.

#3) Agglomeration

     Airborne particles as explained above enter the Electro-Breeze filter and are polarized by the induced static charge and take on characteristics of millions of tiny magnets. As a result four distinct possibilities can occur:

1. These magnetized particles can attach themselves to the charged fiber strands in the filter.
2. They can strike or become attached to each other and form larger particles. (Agglomeration)
3. These larger (Agglomerated) particles can become attached to the fiber filter strands.
4. The particles may pass through the filter and AGGLOMERATE and be captured on subsequent passes.