BH100 Stainless Steel Plate and Frame Liquid Cooling Heat Exchanger Gasket Plate Heat Exchanger With High Standard

BH100 Stainless Steel Plate and Frame Liquid Cooling Heat Exchanger Gasket Plate Heat Exchanger With High Standard
 
 
Gasket plate heat exchanger is a type of heat exchanger. It is characterized by high heat transfer coefficient; Easy to repair and clean; Low fouling coefficient; Compact structure, small footprint, light weight; Easy to change the heat transfer area or process combination; The end temperature difference is small.
 
Introduction
It is made of a lot of stamped corrugated sheet at a certain interval, sealed by gaskets around, and superimposed by the frame and compression spiral, the four corner holes of the plate and gasket formed a fluid distribution tube and a collection tube, while reasonably separating the hot and cold fluid, so that it flows in the flow channel on both sides of each plate, through the plate for heat exchange.
 
Working principle
The gasket plate heat exchanger consists of a set of metal plates with four corner holes on the plate for both hot and cold media to pass through. When assembled, A plate and B plate are alternately arranged, a network channel is formed between the plates, and the sealing pad seals the hot and cold media in the heat exchanger, while reasonably separating the hot and cold media without mixing. In the channel, the cold and hot fluid flow at intervals, can be countercurrent or along the flow according to the need, in the flow process of the cold and hot fluid through the wall heat exchange, so as to achieve the desired effect.
 

(Measurment in mm, N means the number of the plates)

 
The gasket plate heat exchanger, with its unique design and efficient performance, has been widely used in various industrial and civil fields. It is highly efficient, compact, lightweight and easy to maintain, making it a leader in modern heat transfer technology.
 
The biggest feature of the gasket plate heat exchanger is its high efficiency. Due to its unique plate design, the hot and cold fluids flow in a very small flow channel, which greatly improves the heat transfer efficiency. At the same time, due to the turbulent state of the fluid, the heat transfer process is more efficient.