Plate Type Air Heat Exchanger

Air-gas plate heat exchangers are divided into cross-flow type, counter-flow type and cross-counter-flow type according to the air flow channel, and can be divided into sensible heat exchange type and total heat exchange type according to the material of the heat conduction partition. Suitable for industrial waste heat recovery, wind power, textile, lithium battery, communication base station, printing, drying, food processing, animal husbandry, commercial and household central air conditioning and other fields

Introduction to plate Air Heat Exchanger

1. The Plate Heat Exchanger is a heat exchanger that exchanges energy between air and air through a heat-conducting plate, and uses the energy of the exhaust air to pretreat the fresh air, so as to achieve the purpose of energy recovery. The fresh air and exhaust air are completely separated by the heat conduction plate to avoid cross-contamination and ensure the cleanliness of the fresh air;

2. The plate heat exchanger has compact structure, no moving parts, high reliability and long service life;

3. According to the user's environmental requirements, different material heat exchange Finned Tube are used. The surface of the heat exchange fins is processed by spiral corrugated stamping to enhance heat transfer, which greatly increases the heat transfer area and promotes the heat transfer of the heat exchange core;

4. Provide adjustable specifications and sheet spacing according to different air volume requirements and working conditions of users, so as to maximize the efficiency and pressure drop of the heat exchange core;

5. The air channel is supported by a stamped convex body to ensure the high strength and fastness of the channel, and has a strong ability to withstand new air exhaust. Before the heat exchange plate is deformed, the maximum pressure of the heat exchange core is 10000Pa;

6. The inlet edge and outlet edge adopt five-layer crimping and corrugated bite technology, which has higher edge strength and more reliable sealing. All joints are sealed with sealant, and the undercut is treated with glue flow to ensure the airtightness of the heat exchange core. The maximum air leakage rate is 3‰;