Customized: | Customized |
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Certification: | ISO |
Sectional Shape: | Rectangle |
Performance: | Pressure Resistant, Temperature Resistant, Corrosion Resistant |
Material: | 304/316L |
Heat Exchange Tube Material: | 304 316L Ta1 |
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Our Carbon Steel 304 316L Heat Exchange Equipment is designed to efficiently transfer heat between fluids, making it ideal for a variety of industries. With its shell-and-tube design, this heat exchanger features a cylindrical shell that houses a tube bundle, which is fixed in place by parallel tubes through the tube plate.
Heat is transferred through the fluid in the shell path and the tube path, utilizing conduction and convection. This design maximizes the heat transfer area, ensuring efficient heat exchange as the fluid flows through.
Our heat exchanger is built to handle large flow and high pressure conditions. By adjusting parameters such as the number of tube bundles, pipe diameter, and length, it can meet the requirements of different process conditions.
Not only can our heat exchanger handle high temperatures and pressures, but it is also resistant to corrosive media, making it suitable for a wide range of applications.
Maintenance and cleaning are made easy with our shell-and-tube heat exchanger. Simply remove the tube plate to access the internal tube bundle for inspection, cleaning, or repairs.
Experience the benefits of our Carbon Steel 304 316L Heat Exchange Equipment, designed and manufactured by Shanghai Ametech Industrial Equipment Suzhou Co., Ltd. It is the perfect solution for industries such as chemical, water pump, petroleum, food processing, pharmaceutical, and more.
Serial number | Correlation parameter | Min | Max |
1 | Design pressure | FV | 10MPa |
2 | Test pressure | FV | 13MPa |
3 | Design temperature | -40ºC | 500ºC |
4 | Flow range | 1m³/h | 3000m³/h |
5 | Heat transfer area | 1sq.m | 3000sq.m |
6 | Heat exchange capacity | 50KW | 300MW |
Heat exchanger inquiry parameter |
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Product name |
Hot side medium |
Hot side inlet temperature |
Temperature of the hot side outlet |
Cold side medium |
Cold side inlet temperature |
Cold side outlet temperature |
Heat exchange capacity |
Heat transfer area |
Design criteria |
Other requirements |
Shell and Tube Heat Exchanger |
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