One-time molding
The plates of the plate heat exchanger are formed by one-time stamping with extremely precise molds. Only the plates formed once have the same accuracy, so there is even metal point contact between the plates to ensure that the plate heat exchanger can be relatively It operates normally under high pressure and can withstand the pressure shock of the system.
Advanced panel design
Advanced panel design lies in the application of CAD/CAM technology and advanced pressing technology, so that all panels have extremely high precision, so thinner panels are used to improve heat transfer efficiency.
Shunt area
In order to facilitate the configuration of the connection, the inlet and outlet connections of modern plate heat exchangers are all single-sided. To make full use of the entire heat exchange area, the fluid must be evenly distributed across the plate. For a wide plate, it must be evenly distributed. Another notable feature is the lower pressure drop, which allows more pressure drop to be used for heat transfer, thereby obtaining a higher heat transfer coefficient.
