What are the advantages of Shenshi's Plastic steel shell&pipe heat exchanger?
Shenshi's Plastic steel shell&pipe heat exchanger, It has the advantages of both shell & tube heat exchanger and plate heat exchanger.
1.Anti-Freezing
Both Heat exchanging inner core with structure of Ω and plastic baffle plate possess the ability of elasticity to obtain the function of anti-freezing.
2.Anti-Corrosion, Long serve life
HZSS patented structure of plastic baffle plate and titanium inner core has long serve life and high corrosion resistance.
3.High Efficiency
Our heat exchanging inner core are internal threaded to obtain more heat transfer area and turbulence flow in order to achieve higher efficiency.
4.Special Refrigerant connection sealing to avoid leakage
Sealing components are special material to resist temperature from 200℃ to -20℃, and sealing covers are screw threaded to ensure reliability.
5.Easy maintenance
The shell is designed to be demountable to make maintenance and cleaning much easier.
Shenshi's innovative plastic-steel shell and pipe heat exchanger is engineered to redefine reliability and efficiency in thermal management. By seamlessly integrating the robust structural benefits of traditional shell & tube heat exchangers with the enhanced thermal performance of plate designs, this hybrid solution delivers exceptional value across a wide range of industrial applications.
One of its standout features is its superior anti-freezing capability. The unique Ω-shaped heat exchange inner core, combined with our specially designed elastic plastic baffle plates, allows the unit to contract and expand under freezing conditions. This inherent flexibility prevents tube rupture and structural damage, ensuring uninterrupted operation even in sub-zero environments, a critical advantage for refrigeration and cold climate applications.
Furthermore, this exchanger excels in anti-corrosion and longevity. The core incorporates a titanium inner component and features patented plastic baffle plates, both meticulously selected for their exceptional resistance to aggressive chemicals, salty environments, and acidic media. This significantly extends the service life of the unit, reducing the frequency of replacements and lowering the total cost of ownership, especially in demanding sectors like marine, chemical processing, and wastewater treatment.
High thermal efficiency is achieved through an internally threaded design on the heat exchange inner core. These threads drastically increase the effective heat transfer surface area and promote turbulent flow within the tubes. This disrupts laminar flow boundaries, maximizing heat transfer coefficients and ensuring rapid and efficient temperature regulation.
To guarantee absolute operational safety, the unit employs a special refrigerant connection sealing system. The seals are constructed from advanced materials capable of withstanding extreme temperatures ranging from -20°C to 200°C without degrading. Coupled with screw-threaded sealing covers, this design provides a robust, leak-proof barrier, ensuring system integrity and preventing costly refrigerant loss or environmental hazards.
Finally, the design prioritizes ease of maintenance. The outer shell is fully demountable, allowing technicians quick and easy access to the internal components for inspection, cleaning, and service. This modularity minimizes downtime, streamlines upkeep, and ensures the system maintains peak performance throughout its extended lifespan.
In summary, Shenshi's plastic-steel shell and pipe heat exchanger is the intelligent choice for industries seeking a durable, efficient, and low-maintenance solution built to perform reliably in the most challenging conditions.
