Pressure protection shell
Designed according to ASME standards, and the design of the heat exchange plate eliminates the need for external reinforcement. The stamped sheet is protected by epoxy paint, which means more durable and longer life.
Pipe connection
There are bolts, threads, flanges and sanitary buckles available.
Lock bolt
It is made of galvanized alloy steel or stainless steel, so it is corrosion resistant and easy to open. All fasteners can be easily removed from one end of the heat exchanger.
Heat transfer efficiency
The unique design of API's plate heat exchanger enables it to have a higher heat transfer coefficient, a smaller heat transfer area, and a lower cost investment.
Heat Exchanger Plate
There are countless mutual support points between adjacent plates, and the integral strengthening makes the heat exchanger have better sealing and greater operating pressure.
reliability
The unique design of the API plate makes it possible to optimize the arrangement during the assembly process to achieve the best sealing performance.
high efficiency
With a higher heat transfer coefficient and true countercurrent heat transfer, the API plate heat exchanger can realize heat transfer with a temperature difference of 1℃, and the technically and economically achievable 96% heat exchange.
Easy to maintain
Through the CIP system, countercurrent or adding appropriate cleaning fluid, the plate heat exchanger can be cleaned without disassembly. Unscrew the tension bolt, the plate can be easily removed.
Reduce dirt
API plate heat exchanger has very little fouling, because the cleaning effect produced by high-speed rotating turbulence will greatly reduce fouling.
Durability
Under the gasket sheath, the heat exchanger plates are integrally strengthened on both sides, which greatly extends the service life.
