Design concept of MBR0.1 plate heat exchanger:
The new design of the flow guide area with pressurization of the plate is to use multiple channels to increase the pressure in the place where the flow speed of the plate flow area is relatively large, so that the flow rate in the entire plate is uniform, which greatly improves the heat exchange of the plate. Efficiency, reducing dead angles, and improving the fouling of the plate.
The high-strength hanging mouth design of the plate is to increase the design of the pattern at the hanging mouth to enhance the rigidity around the flange, which makes the assembly more neat and beautiful, and the opening performance is better.
The design of the slot in the middle of the plate is sufficient to break the continuous ripples inside the plate, and the coexistence of the plate I} l increases the half-groove structure to ease the pressure on the plate, making the plate more compact and compact after pressing. Easy to bend.
The plate interlocking design is to suppress the special mechanical interlocking structure at the four corners of the plate, which improves the phenomenon of easy string leakage during the plate assembly process, and makes the plate assembly more convenient and beautiful.
The plate gaskets are all in the form of a paste-free buckle, which reduces operation and maintenance costs and facilitates maintenance.