Silicon Carbide Heat Exchangers for Corrosive and High-Temperature Applications
Tershion silicon carbide heat exchangers deliver reliable high-efficiency performance under extreme industrial conditions, handling corrosive media and high temperatures for long-lasting operation.
Tershion’s silicon carbide heat exchangers are engineered for extreme industrial conditions, delivering high efficiency and long service life in corrosive and high-temperature environments. These units are ideal for chemical and energy applications requiring stable performance.
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Why Choose Tershion Silicon Carbide Heat Exchangers?
Extreme Temperature Resistance
These units can operate continuously under extreme conditions while maintaining excellent structural stability, making them ideal high-temperature heat exchangers for industrial processes.
Outstanding Corrosion Protection
Effectively handle aggressive media such as sulfuric acid, nitric acid, and hydrofluoric acid. These corrosion resistant heat exchangers deliver reliable performance in demanding chemical processes.
High Thermal Conductivity
With 120–200 W/(m·K) thermal conductivity, these units provide high-efficiency heat transfer and up to 30% better performance than conventional stainless steel exchangers.
Applications in Critical Industries
- Chemical processing (acid concentration and cooling)
- Waste-to-energy and flue gas treatment
- Polysilicon and green hydrogen production
Performance Advantages
Extend service life by 5–10 times compared to metal alternatives, reduce maintenance frequency, and lower energy consumption.
Precision Manufacturing
- High-density pressureless sintered SiC tubes
- Leak-proof brazed assembly
- Low fouling design for extended maintenance cycles
Explore More Heat Exchanger Solutions
In addition to silicon carbide units, Tershion provides plate heat exchangers for industrial cooling and heat recovery systems.
Learn More About Plate Heat ExchangersGet in Touch
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