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China YX-JD Low-Altitude Cooking Fume Purifier - High Efficiency, Reliable Suppliers & Factory Solutions

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The YX-JD type electrostatic cooking fume purifier is an innovative solution designed to effectively purify cooking fumes in various settings, including hotels, restaurants, and food processing facilities. With its compact structure and straightforward installation, this purifier stands out for its high reliability and long service life. It boasts impressive fume purification efficiency without causing any secondary pollution, making it an eco-friendly choice.

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This product features low static pressure resistance and exceptional fire resistance, ensuring optimal performance under various conditions. The YX-JD purifier has been rigorously tested by national environmental protection authorities, surpassing the GB18483-2001 Dietary Industry Cooking Fume Emission Standard and the HJ/62-2001 Technical Requirements and Detection Technical Specifications for Dietary Industry Cooking Fume Purification Equipment.

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As a certified product under the ISO9001 quality assurance system and recognized by the National Environmental Protection Administration, the YX-JD type electrostatic cooking fume purifier is a leading green technology solution. It is manufactured in China and distributed by reputable suppliers and factories, receiving widespread acclaim from users nationwide. Experience the cutting-edge efficiency and reliability of the YX-JD purifier in your establishment today.

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    Product Details

    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.

    The oil fume purifier employs a two-stage treatment method of pre-treatment and final treatment. The pre-treatment uses the filtration method to intercept large particle oil mist in the oil fume. 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.

    Purification Highlights
    1
    Mechanical Separation
    Filters and intercepts larger oil mist particles during the pre-treatment stage.
    2
    Electrostatic Deposition
    Separates micrometer and sub-micrometer particles using a high-voltage electric field.
    3
    14KV Corona Discharge
    Generates high-energy electrons and ozone to charge and adsorb particles onto the motor plate.

    Frequently Asked Questions

    What is the basic working principle of this purifier?
    The purifier combines mechanical separation and electrostatic deposition to separate mixed pollutants like oil, smoke, and gas. Mechanical separation handles larger particles, while electrostatic separation targets micrometer and sub-micrometer particles.
    What are the two stages of the purification treatment?
    It uses a pre-treatment stage and a final treatment stage. The pre-treatment stage filters and intercepts large oil mist particles, while the final treatment stage uses a high-voltage electrostatic field to charge and collect the remaining fine particles.
    How much voltage is applied in the electrostatic field?
    The final treatment employs a high-voltage electrostatic generator that applies a direct current (DC) voltage of more than 14KV between the positive and negative electrodes of the electric field.
    What reactions occur within the corona electric field?
    The corona electric field charges the oil fume flow and generates high-energy electrons, ozone, and other substances. The oil fume particles undergo electrochemical reactions with these substances, becoming electrically charged.
    How are the charged oil fume particles collected?
    Once the oil fume particles are charged, they are adsorbed onto the motor plate inside the final dust collection electric field, effectively removing oil, clearing smoke, and eliminating odor.

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