Improving Environmental Quality · Creating A Green Future
Air purification module and air quality intelligent control system

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High Voltage Electrostatic Precipitator and Product Structure Diagram



1) High voltage electrostatic precipitator is a kind of dust removal equipment that makes the dust particles charge in the process of ionization of dusty gas through high-voltage electric field, and makes the dust particles sink on the electrode under the action of electric field force to separate the dust particles from the dusty gas.


2) Product structure diagram

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Electrostatic Technology Innovation



1) Electrostatic technology

The product is converted into a high-voltage power supply through the built-in electronic control module and output to the charging network to continuously charge the fine fibers in the polarization fiber module, so as to be "polarized". The dense polarization fibers form a strong electrostatic field, which has a strong adsorption force on dust particles and can effectively adsorb fine particle pollutants with particle size as small as 0.01, After adsorbing the particles, the polarized fiber is "polarized" again to form a "dynamic and lasting" electrostatic adsorption field.


2) Electrostatic and Photocatalytic Composite Technology

The coating module is made of nano photocatalytic materials such as nano-TiO2, silver and platinum, and the two purification technologies are integrated, which not only overcomes the disadvantage that it is difficult for the general photocatalytic purifier to control the dispersion of pollutants, but also enhances the sterilization and disinfection ability of "polarized fiber". The polarized fiber can adsorb the pollutants in the gas flow in the purification network, provide sufficient contact surface and treatment time for the photocatalytic reaction, protect the nano surface layer and keep its photocatalytic effect stable for a long time.


3) Technical schematic diagram

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Product Advantages



1) "Dynamic electret" electrostatic adsorption mechanism like magnetic field can effectively purify PM2.5 pollutants

On the one hand, the high-pressure ion network in the electronic purifier produces a large number of ions, which makes small particles gather into large particles, which is easy to settle naturally and adsorb easily; On the other hand, the "dynamic electret" electrostatic mechanism makes the polarized fiber form a layer by layer electrostatic adsorption electric field, which can quickly capture fine PM2.5 pollutants.


2) Safe and low consumption

The power consumption is very low, only 1 / 10 of that of the traditional electrostatic precipitator.


3) Ultra thin module, low resistance and high efficiency

The modular product has small ventilation resistance and high comprehensive purification efficiency. It can be combined with the primary effect filter and installed in the combined filter section within 50-200mm to save installation space.


Product Technical Parameters



1) Working voltage: 220V / 50Hz or 24V (DC or AC)

2) Working voltage range of electronic network: 6000-8000 V (except customization)

3) Honeycomb dust collection module voltage: 4000 V

4) Rated power consumption of static pressure module: less than 5W

5) Air pressure drop of polarized fiber mesh layer: 5-15 (0.5-1.5m / s), 20-35 (2-2.5m / s) Pa

6) Product thickness: 1, 2, 3, 4 points (customizable)

7) Dust removal efficiency: above F7

8) Sterilization efficiency: the efficiency can reach more than 90%, and the clearance rate of natural bacteria can reach 99%

9) Degradation of organic volatile gas (VOC): more than 90%

10) Ozone increase: 0.006mg/m3 (less than 0.05ppm)

11) Decrease efficiency change of particulate matter in 24h operation: < 10%

12) Electrical safety complies with national standards

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Shenzhen Zonkin Environmental Technology Co., Ltd
Shenzhen Zonkin Environmental Engineering Co., Ltd
  • Website:www.szzonkin.com

  • Fax:0755-86092870

  • Tel:0755-86092805

  • E-mail:szzonkin@163.com

  • Add:room 1704, block a, building 7, international innovation Valley, Dashi 1st Road, Nanshan District, Shenzhen

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