Problems with the aluminum fluoride cooling system
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I would like to ask everyone: in the current production process of aluminum fluoride, whether using a fluidized bed or a roller cooling system, there are issues such as low heat exchange efficiency, large floor space requirements, high failure rates, significant dust generation, and high energy consumption. Additionally, fluidized bed systems suffer from problems like pore blockage. Are there any effective methods that can help improve cooling efficiency?
The SOLEX plate heat exchanger is a static device that produces no dust, occupies minimal space, and features high heat exchange efficiency – it can solve the problems you’ve mentioned