At present, the maximum size of the brazeable plate unit is 8,000×1,400×1,700mm and the maximum design pressure is 9.0 Mpa, and it supports heat transfer between more than 10 kinds of fluids at the same time. Through the secondary development of the design software and the regression correction of a large amount of data, we have optimized the product with the best structure, weight and heat transfer efficiency, and ensured that the heat transfer temperature difference and resistance are consistent with that in the actual operation.
At present, the maximum size of the brazeable plate unit is 8,000×1,400×1,700mm and the maximum design pressure is 9.0 Mpa, and it supports heat transfer between more than 10 kinds of fluids at the same time. Through the secondary development of the design software and the regression correction of a large amount of data, we have optimized the product with the best structure, weight and heat transfer efficiency, and ensured that the heat transfer temperature difference and resistance are consistent with that in the actual operation.
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