When customers choose a best quality gasketed plate heat exchanger, they can design the temperature according to the material characteristics, use conditions and working pressure of the heat exchanger. When choosing a gasketed plate heat exchanger, you should pay attention to the following points:

1. We should make the side with the smaller heat transfer coefficient obtain a larger flow rate, and keep the heat transfer coefficients on both sides of the two fluid heat exchange surfaces the same to increase the heat transfer coefficient. The temperature at the outlet pressure of the heated gasketed plate heat exchanger should be lower than the working temperature of the secondary water pump.
2. The fluid entering the gasketed plate heat exchanger should pass through the filter equipment to ensure that the sludge and dirt contained cannot enter the heat exchanger.
3. When we choose a gasketed plate heat exchanger, the flow rate at the fluid inlet at the end with the smaller temperature difference should be smaller in order to meet the pressure required by the design.
4. According to the pressure and temperature of the fluid used by the user, the customer can freely choose which heat exchanger to use, whether it is a gasketed plate heat exchanger or a welded plate heat exchanger?
5. Avoid choosing a board with a single board area that is too small. If the number of plates in the gasketed plate heat exchanger is too large, the flow velocity between the plates will be too small and the heat transfer coefficient will decrease.

The main components of a gasketed plate heat exchanger are the heat exchange plate and the sealing rubber gasket. The sealing performance of the rubber gasket will directly affect the use of the heat exchanger. Once the rubber gasket of the gasketed plate heat exchanger loses its sealing effect, it will directly cause the equipment to stop running. Rubber pads are mainly affected by pressure, time and temperature.