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Do you know what are the characteristics of spiral plate heat exchanger?

The spiral plate heat exchanger has good heat transfer efficiency, because by observing the appearance of the spiral plate heat exchanger, we will find that there are some spiral channels with curved shapes and some fixed distance columns in the structure of the spiral plate heat exchanger. In this way, when the spiral plate heat exchanger works, it can effectively enhance the fluid resistance when passing through some channels in a very turbulent state, in this way, the designed flow rate can be effectively improved and the whole heat transfer coefficient can be effectively improved to ensure good heat transfer efficiency. Generally speaking, when a spiral plate heat exchanger is used for heat exchange between water and water, the heat transfer coefficient of the spiral plate heat exchanger can reach 3.5 kW per degree Celsius per square meter.


The spiral plate heat exchanger has good heat transfer efficiency, because by observing the appearance of the spiral plate heat exchanger, we will find that there are some spiral channels with curved shapes and some fixed distance columns in the structure of the spiral plate heat exchanger. In this way, when the spiral plate heat exchanger works, it can effectively enhance the fluid resistance when passing through some channels in a very turbulent state, in this way, the designed flow rate can be effectively improved and the whole heat transfer coefficient can be effectively improved to ensure good heat transfer efficiency. Generally speaking, when a spiral plate heat exchanger is used for heat exchange between water and water, the heat transfer coefficient of the spiral plate heat exchanger can reach 3.5 kW per degree Celsius per square meter.
The second feature is that the spiral plate heat exchanger has the performance of automatic cleaning, so that the spiral plate heat exchanger can automatically clean without the help of any external force. The reason is that there will be a lot of fluid passing through the single pipe of the spiral plate heat exchanger, so when these fluids pass through the parts where many impurities are deposited in the pipe, the flow rate of these fluids will become faster, in this way, these deposited impurities can be washed away in a very short time, so that the cleaning effect is achieved without any manual help.
The third feature is that the structure of the spiral plate heat exchanger is not able to continue the random disassembly operation, so as to ensure that the spiral plate heat exchanger has a good sealing performance, so that in some special fluid heat exchange operation will not appear any leakage phenomenon.