Plate (Tube) Shell Heat Exchanger
The official page explains that the plate is the core heat-transfer component of the plate-shell heat exchanger. THT lists plate structures including chocolate-shaped ripple, horizontal ripple, oblique ripple, and herringbone ripple forms. Plates are formed through one-piece pressing and then edge-cut by laser for consistent dimensions. After each single plate tube and plate bundle is welded, an air-tightness test of 0.6-0.7MPa is performed. The page states that part of the shell-type equipment can withstand 6.0MPa operating pressure and has been used in nuclear power, military, and other major equipment projects.
Petrochemical
Energy
Chemical Processing
Power Generation
Key Advantages
Multiple plate corrugation structures for different operating conditions.
One-piece plate pressing and laser edge cutting improve dimensional consistency.
Each welded plate tube and plate bundle receives air-tightness testing.
Part of the shell equipment can withstand 6.0MPa operating pressure.
Technical Specifications
| Plate Forms | Chocolate-shaped ripple, horizontal ripple, oblique ripple, herringbone ripple |
|---|---|
| Air-Tightness Test | 0.6-0.7MPa after welding |
| Operating Pressure | Some shell-type equipment can withstand 6.0MPa |
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