External dimensions of heater

External dimensions of heater

1. The heating speed is fast, the heat transfer efficiency is high, and it is not easy to scale.

2. The oil can be heated quantitatively, and how much heating is needed.

3. The oil will not have local high temperature and carbonization, which ensures the quality of the oil and the heat transfer efficiency of the heater.

4. The temperature of the oil outlet in the oil tank is high, which ensures the fluidity of the poured oil.

5. Avoid repeated heating of the oil in the tank, ensure the chromaticity of the oil, and reduce the cost of oil treatment.

6. Long service life, corrosion resistance, high temperature resistance, high pressure resistance, and anti-scaling functions, which greatly improve the overall performance of the heat exchanger.

7. The process structure is well designed to ensure the smooth outflow of oil products and a better "bottom pumping" effect.

8. Automatic control can be realized, and the steam feed rate can be controlled according to the inlet and outlet temperature of the oil and the flow rate of the oil.

9. Compact structure, convenient installation and maintenance, and will not affect the safety of the tank due to the installation of the heater. Compared with the U-tube heat exchanger, under the same heat exchange area: the outer dimension of the eddy current heat film heat exchanger is only about half of the outer dimension of the U-tube heat exchanger.

10. Compared with the electric heating method, it is safer, the heating is gentler, and the influence on the oil quality is smaller.

External dimensions of heater

1. The heating speed is fast, the heat transfer efficiency is high, and it is not easy to scale.

2. The oil can be heated quantitatively, and how much heating is needed.

3. The oil will not have local high temperature and carbonization, which ensures the quality of the oil and the heat transfer efficiency of the heater.

4. The temperature of the oil outlet in the oil tank is high, which ensures the fluidity of the poured oil.

5. Avoid repeated heating of the oil in the tank, ensure the chromaticity of the oil, and reduce the cost of oil treatment.

6. Long service life, corrosion resistance, high temperature resistance, high pressure resistance, and anti-scaling functions, which greatly improve the overall performance of the heat exchanger.

7. The process structure is well designed to ensure the smooth outflow of oil products and a better "bottom pumping" effect.

8. Automatic control can be realized, and the steam feed rate can be controlled according to the inlet and outlet temperature of the oil and the flow rate of the oil.

9. Compact structure, convenient installation and maintenance, and will not affect the safety of the tank due to the installation of the heater. Compared with the U-tube heat exchanger, under the same heat exchange area: the outer dimension of the eddy current heat film heat exchanger is only about half of the outer dimension of the U-tube heat exchanger.

10. Compared with the electric heating method, it is safer, the heating is gentler, and the influence on the oil quality is smaller.

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