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HEX-Fix
Pretank
0.5㎡ to 300 ㎡
Industrial shell and tube heat exchanger is comprised of a shell housing a bundle of tubes. It facilitates the transfer of heat between two fluids, with one fluid circulating through the tubes and the other flowing through the shell. This type of heat exchanger can be used as a condenser in the cooling system of coating chemical plant.
| Product Advantage
Our industrial shell and tube heat exchangers are recognized for their outstanding performance, rigorous quality control, expert welding technology, adherence to global standards, and utilization of renowned design software.
1.Demonstrating exceptional resilience to high pressures, extreme temperatures, and corrosion, our products guarantee reliable and enduring functionality.
2.Stringent quality control procedures involve comprehensive pressure testing and non-destructive testing (NDT) methodologies, including RT (X-ray testing), UT (ultrasonic testing), PT (penetrant testing), and MT (magnetic particle testing).
3.Our welding procedures are executed by certified and skilled welders using professional equipment, ensuring the structural integrity of our pressure vessels. Techniques such as strength expansion and rod expansion are employed to enhance structural robustness.
Tube and Tubesheet Welding
Shell Welding
4.The heat exchanger will be manufactured and engineered in accordance with industry standards, including GB/T 151, ASME, PED, and EAC.
5.The heat exchanger will be designed using reputable software such as SW6-2011 and PV Elite—widely recognized for thermal rating calculations and mechanical design of pressure vessels.
PV Elite
SW6-2011
| Production Picture
We designed and manufactured a customized industrial shell and tube heat exchanger for our client, utilizing stainless steel tubes housed within a carbon steel shel
Poling Process
Welding Process
Assembling Process
Finished Product
Packaging
Industrial shell and tube heat exchanger is comprised of a shell housing a bundle of tubes. It facilitates the transfer of heat between two fluids, with one fluid circulating through the tubes and the other flowing through the shell. This type of heat exchanger can be used as a condenser in the cooling system of coating chemical plant.
| Product Advantage
Our industrial shell and tube heat exchangers are recognized for their outstanding performance, rigorous quality control, expert welding technology, adherence to global standards, and utilization of renowned design software.
1.Demonstrating exceptional resilience to high pressures, extreme temperatures, and corrosion, our products guarantee reliable and enduring functionality.
2.Stringent quality control procedures involve comprehensive pressure testing and non-destructive testing (NDT) methodologies, including RT (X-ray testing), UT (ultrasonic testing), PT (penetrant testing), and MT (magnetic particle testing).
3.Our welding procedures are executed by certified and skilled welders using professional equipment, ensuring the structural integrity of our pressure vessels. Techniques such as strength expansion and rod expansion are employed to enhance structural robustness.
Tube and Tubesheet Welding
Shell Welding
4.The heat exchanger will be manufactured and engineered in accordance with industry standards, including GB/T 151, ASME, PED, and EAC.
5.The heat exchanger will be designed using reputable software such as SW6-2011 and PV Elite—widely recognized for thermal rating calculations and mechanical design of pressure vessels.
PV Elite
SW6-2011
| Production Picture
We designed and manufactured a customized industrial shell and tube heat exchanger for our client, utilizing stainless steel tubes housed within a carbon steel shel
Poling Process
Welding Process
Assembling Process
Finished Product
Packaging
