Eliminate air pollutants such as smoke and odors in your business. Thanks to Sphase Electrostatic Filter units, both prevent air pollution complaints and work in accordance with legal regulations. Air purification solutions tailored to your needs for countless types of businesses, from cooking environments to industrial areas;

SPhase series electrostatic filters collect pollutant particles such as smoke and oil in their chambers. Moreover, thanks to its re-washable filters, it guarantees high filtration efficiency for many years. These devices, which are effective in filtering many kinds of pollutants such as smoke, oil, soot, dust, odor and steam, provide the opportunity to completely eliminate visible pollution.

These modular designed filters can be converted into smoke and odor purifying systems integrated with Pre-, Carbon or UV-C based modifications to be used as supplements. Electrostatic filters are the first solution, especially for businesses that cannot obtain a chimney permit or receive air pollution complaints.


What is Electrostatic Filter?

Electrostatic filters are devices used to separate various solid or liquid pollutants from the air. These devices, which precipitate polluting particles on metal sheets using electrical energy, can be used for different businesses in various configurations.

These devices, which have high efficiency in the complete purification of visible pollutants such as smoke, also release ozone in amounts that will not harm human health. In this way, they are effective in removing unwanted odors and sterilizing the workplace.


How Does the Electrostatic Filter Work?

Electrostatic filters work on the principle that opposite poles attract each other. If we explain in order, first of all, the dirty air is collected in the hood system and the fan draws the dirty air to the electrostatic filter;

         Next, the pre-filter at the inlet mechanically captures large particles. Smoke and odor particles at the level of 1-5 microns remain.
         Thirdly, these particles are charged with a high voltage of negative polarity, thanks to the high voltage ionizer electrode.
         Then the pollutant particles charged with high voltage are dragged towards the collector plates which have a positive high voltage electrical charge. Particles are rapidly drawn towards the opposite polarity collecting plates, ensuring complete filtration of the air.
         Finally, the fan releases the air cleaned by the electrostatic filter to the atmosphere.