A key part of the detachable plate heat exchanger is the sealing between the plates, two sealing slots, and the inner side of the end plate and compression plate. Significant pressure drop: The moderate horizontal pressure drop in passages and inlets/outlets exceeds the plan specification, or even several times higher, seriously affecting the total flow and temperature requirements of the system software.

In the heating system software, if the pressure drop on the hot side is too large, the total flow on the primary side will be insufficient, meaning the heat source cannot operate, and the temperature at the secondary side inlet and outlet will not meet requirements. Direct liquid: The first characteristic is that substances on the high-pressure side connect with those on the bottom pressure side, causing abnormal working pressure and temperature in the system software. If the material is corrosive, it will also cause corrosion of other machinery and equipment in the pipeline. Fluid dynamics for wiring generally arise in the steering zone or in two sealed zones. Heating temperature does not meet requirements: The first characteristic is that the inlet and outlet temperature is too low, failing to meet the requirements of the plan.

The detachable plate heat exchanger can change the total heat transfer area and processing composition according to on-site requirements. Detachable plate heat exchangers are widely used in metallurgy, crude oil, chemical plants, power engineering, chemical fibers, pharmaceuticals, food, papermaking, and heating. It can be used for heating, cooling, evaporation, and cooling standards. It is mainly composed of imported heat transfer fins, sealing rubber plates, anchor bolts clamping the ground, and compression plate structure. Resistant to various corrosive substances.

Detachable plate heat exchangers have high heat conduction efficiency, and hot and cold substances are operated according to adjacent safety channels, with heat exchangers operating according to each safety channel. Because of the arc-shaped wave patterns on the plate, the movement of the material causes seepage, thereby achieving higher heat exchange efficiency. High efficiency, environmental protection, and energy saving, with a high thermal conductivity. Thermal conductivity can reach 3000-4500 kcal/m². C.h: At the same total flow rate, the removable plate heat exchanger is more than three times that of the shell-and-tube heat exchanger.