Plate and Shell Heat Exchanger

Plate and Shell heat exchanger design model

Plate and Shell heat exchanger design principle

Plate and Shell heat exchanger uses corrugated plate groups as heat transfer elements. It has the advantages of high heat exchanger efficiency, small end temperature difference, high temperature and high pressure resistance, good sealing performance, space saving, safety and reliability and compact structure. It’s a new type of heat exchanger with advantages of gasket heat exchanger and shell and tube heat exchanger.

Plate and Shell heat exchanger structure

Shell, plates, tightening bolts

Plate and Shell heat exchanger material

Shell: Carbon steel, Stainless steel AISIS304, AISI316L, Titanium, Hastelloy C276
Plate: SS304, SS316, Titanium, SMO254, Hastelloy C276

Plate and Shell heat exchanger advantages

1. Compact structure, small size, easier to maintenance
2. Unique herringbone corrugated design, with extremely high thermal conductivity
3. Low volume, low resistance loss, low heat loss
4. Laser or plasma welding, better sealing
5. Wide operating pressure, up to 70bar
6. Plate material (AISI304/316L), stronger corrosion resistance

Plate and Shell heat exchanger application

Plate and Shell heat exchanger is widely used in refrigeration, oil refining, chemical industry, medicine, food, beverage, beer, metallurgy, electric power, environmental protection, oil cooler, etc.

Model Number	Plate and Shell Heat Exchanger
Structure	Plate Heat Exchanger
Liquid Flow Rate	0.5m/s
Maximum Working Pressure	2.0 Mpa
Plate Thickness	0.5mm, 0.6mm, 0.7mm, 0.8mm, 1mm
Plate Material	SS304, 316L,Titanium, AlloyC276, Nickel, 254SMO, C2000
Plate Theta	Low theta and high theta
Plate Hole	0 hole, 1 hole, 2 holes, 3 holes, 4holes
Gasket Material	NBR, HNBR, EPDM, Vitom
Gasket Type	Without glued, glued
Unit Type	Gasket plate heat exchanger unit
They can replace and mix with original plate