Low-Altitude Cooking Fume Purifier from China Factory - High Efficiency and Reliable Suppliers
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
Uses the filtration method to intercept large particle oil mist in the oil fume.
Final Treatment Stage
Utilizes a high-voltage electrostatic generator (over 14KV) to charge and adsorb micrometer particles.
The oil fume purifier employs a two-stage treatment method. The final treatment uses a high-voltage electrostatic generator to apply a direct current voltage of more than 14KV between the positive and negative electrodes of the electric field, generating a high-voltage electric field. The oil fume flow is charged by the corona electric field before passing through the first corona electric field, generating a large amount of high-energy electrons, ozone and other substances. The oil fume and these substances undergo electrochemical reactions and become charged. The charged oil fume particles are adsorbed onto the motor plate in the final dust collection electric field and achieve the purification efficiency of removing oil, clearing smoke and eliminating odor.
Frequently Asked Questions
What is the core working principle of this purifier?
The purifier combines mechanical separation for large particles and electrostatic deposition for micrometer and sub-micrometer particles to treat oil, smoke, and gas pollutants.
How does the two-stage treatment process work?
The process consists of a pre-treatment stage that filters large oil mist particles and a final treatment stage that uses high-voltage electrostatics to remove fine particles and odors.
What voltage is used in the electrostatic field?
The system employs a high-voltage electrostatic generator that applies a direct current voltage of more than 14KV between the electrodes.
How are the fine oil fume particles actually captured?
Particles become charged through electrochemical reactions in a corona electric field and are then adsorbed onto the motor plate in the final dust collection field.
Can this system remove odors and smoke?
Yes, the high-energy electrons and ozone generated during the electrostatic process allow the system to effectively clear smoke and eliminate odors.
What types of pollutants are targeted by mechanical separation?
Mechanical separation is specifically designed to intercept larger particle oil mist before the air reaches the electrostatic field.