Heat exchanger summarize
Shell and tube heat exchanger is a common type of heat exchange equipment, consisting of components such as shell and tube, tube plate, tube bundle, baffle plate, etc.
Its main characteristics are simple structure, convenient manufacturing, low cost, and long service life.
The main advantage of shell and tube heat exchangers is that they can withstand large design pressures and temperatures, and are suitable for high-temperature,
high-pressure, and high-pressure differential working conditions.
At the same time, the tube bundle of the shell and tube heat exchanger can be extracted for easy cleaning and maintenance.
Shell and tube heat exchangers are widely used and suitable for various working conditions and process conditions.
For example, in the fluid heating and cooling processes of industries such as petroleum, chemical, and power, shell and tube heat exchangers play an important role.
In addition, shell and tube heat exchangers are also suitable for heat transfer in processes such as gas cooling, liquid heating, steam heating, and heat recovery.
Overall, shell and tube heat exchangers are a type of heat exchange equipment with a simple structure,
convenient manufacturing, and low cost, suitable for various working conditions and process conditions.
Tube heat exchanger data
| No. | ITEM | DATA |
| 1 | Shell material | stainless steel |
| 2 | Tube material | stainless steel |
| 3 | Application | Chemical Industry |
| 4 | Interface | Follow Design |
| 5 | Cooling efficiency | customized |
| 6 | Heat exchange medium | oil or water |
| 7 | Process | Welding |
tube heat exchanger Manufacturing Process
1, Design
Design shell and tube heat exchangers based on customer needs and application scenarios. The design needs to consider factors such as heat exchange medium and efficiency.
2, Manufacturing Shell
Process the material into the shape of a tube shell, including components such as tube plates, tube holes, and tube bundles.
3, Manufacturing Bundle
Process the pipe into a bundle and insert it into the pipe shell. The arrangement and quantity of tube bundles will affect the heat transfer efficiency of the heat exchanger.
4, Assembly
Assemble components such as shells, bundles, and plates together to form a complete shell and tube heat exchanger.
5, Testing
Test the assembled heat exchanger to ensure its performance meets the design requirements.
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