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Heat exchanger

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Thermal oxidation equipment

Plate-fin heat exchanger

The plate-fin heat exchanger has an extended secondary heat transfer surface (fin), so the heat transfer process is not only carried out on the primary heat transfer surface (baffle), but also on the secondary heat transfer surface (fin). The heat transfer area of the fin is about 67%~88% of the total heat transfer area of the heat exchanger.

In addition to the primary surface transfer of the energy of the high-temperature side gas to the low-temperature side gas, the energy is also transferred along the fin height direction to the separator, which transmits the energy, and then the energy is transferred to the low-temperature side gas. The high and low temperature side realizes the energy exchange through continuous energy transfer.

Product features:

1. All materials are in line with RoHs/Reach environmental protection requirements, more conducive to human health and environmental protection.

2. High quality materials in line with national standards adopted, with good corrosion resistance and formability.

3. Can meet the requirements of various working conditions, provide the optimal configuration scheme and output the selection report to improve the design efficiency.

4. Product module manufacturing, no moving parts, easy to use, low equipment maintenance cost.

5. Welding process adopted at the edge of airflow inlet, 100% pressure retaining test before leaving the factory, to ensure no leakage.

6. Enhance heat transfer efficiency and reduce pressure loss by strengthening fin forming technology.

7. Compact structure, according to different customer needs, to meet a wider range of applications and occasions, can be a long time stable operation.

8. Diversified products, flexible layout, to provide customers with the best quality solutions, suitable is the best.

Product type and selection:

1. Cross heat exchanger: its installation mode is variable, prism, horizontal placement, and it can order different fin whose heat exchange efficiency range 60-80%, and specify pressure loss range of 300-1000pa.

2. U heat exchanger: it has double core structure, can handle large air volume. Its heat transfer efficiency range of 60-90%, and pressure loss range of 500-1200pa which can be specified.

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