Product Description

The gasket plate heat exchanger is a compact heat exchanger with high efficiency. It has been used for decades. At the beginning, the gasket plate heat exchanger is mainly used in the processing and treatment of milk, because it has the characteristics of small size, easy disassembly, cleaning, etc., it will soon be widely used in food processing, beverage, beer processing, pharmaceutical processing. The plate heat exchanger consists of a set of corrugated metal plates with holes in the plate for the heat transfer medium to pass through. The sheet metal is mounted in a frame and is clamped by clamping studs. It is believed that when the plate is installed, 180 degrees are reversed to form a flow channel. The plate is equipped with a sealing gasket to completely tail the liquid channel and guide the liquid to the flow channel to prevent the mixing of different media. The plate group is positioned, pressed by a fixed plate and a pressure plate, and clamped by a clamping stud. In order to achieve a better heat transfer effect, the cold and hot medium is usually designed to counterflow inside the heat exchanger.

Plate features:
The numerical simulation technology of the ultra-fine network combined with the precision experimental measurement method is used to design the heat exchange plate with excellent flow and heat transfer performance. The plate can produce high turbulence and high heat transfer coefficient at low flow rate. Compared with the plates of other manufacturers, under the same conditions, the plates have a smaller resistance coefficient at a certain heat transfer coefficient. The herringbone corrugated sheet forms up to thousands of contact points between the sheets. The pressed plates have extremely high precision, which makes the contact points between the plates bear uniform pressure, so that they can withstand pressures of up to 2.5mpa or more. The inlet shunt area of the plate is designed with a flow line guide groove, which has the effect of narrowing the difference of flow resistance of different flow channels, so that the fluid is evenly distributed in the heat exchange area of the plate, so as to avoid the drawbacks such as the decrease of heat exchange efficiency, pitting corrosion and scale caused by the uneven flow distribution and flow dead Angle.