China Suppliers Factory YX-JD Electrostatic Cooking Fume Purifier - High Efficiency Air Filtration Solution
Principle of the Product
The purifier adopts a principle combining mechanical separation and electrostatic deposition to separate oil, smoke and gas mixed pollutants and then carry out purification treatment. Larger particles are separated through mechanical separation, while micrometer and sub-micrometer particles are separated through electrostatic separation.
Pre-treatment Stage
Employs a filtration method to intercept large particle oil mist within the oil fume, ensuring effective initial separation.
Final Treatment Stage
Uses a high-voltage electrostatic generator (14KV+) to generate a corona electric field for deep purification.
The oil fume flow is charged by the corona electric field, generating high-energy electrons and ozone. These substances undergo electrochemical reactions with the fume. The charged particles are then adsorbed onto the motor plate in the final dust collection electric field, achieving high efficiency in removing oil, clearing smoke, and eliminating odor.
Frequently Asked Questions
What is the core working principle of this purifier?
The system combines mechanical separation for large particles and electrostatic deposition for micrometer and sub-micrometer pollutants to ensure comprehensive purification.
How does the two-stage treatment process function?
It begins with a pre-treatment filtration stage to capture large oil mist particles, followed by a final high-voltage electrostatic stage for fine particles and odors.
What voltage is used in the electrostatic field?
The purifier utilizes a high-voltage electrostatic generator that applies a direct current voltage of more than 14KV between the electrodes.
How are the oil fume particles actually captured?
Particles become charged as they pass through a corona electric field. These charged particles are then attracted to and adsorbed onto motor plates in the collection field.
Can this system remove smells as well as visible smoke?
Yes, through electrochemical reactions involving ozone and high-energy electrons, the system effectively clears smoke and eliminates persistent odors.
What happens to the pollutants after they are charged?
Once charged, the particles are effectively trapped on the collection plates, preventing them from being exhausted into the atmosphere.