Case Study: Custom 200°C SiC Heat Exchanger
Tershion successfully completes the engineering design and drawing approval of a highly specialized Silicon Carbide heat exchanger, built for continuous 200°C operation in demanding industrial environments.
We are pleased to announce the successful engineering finalization and technical drawing approval for a highly specialized, non-standard custom Silicon Carbide (SiC) heat exchanger, designed for continuous operation at 200°C.
Material Innovation for Extreme Conditions
In high-temperature acidic environments, traditional materials often fail due to corrosion, scaling, and thermal fatigue.
Tershion adopts a dual-material solution combining precision-engineered SiC tube bundles with a glass-lined (enamel) shell, delivering exceptional resistance to aggressive media and thermal stress.
This structure ensures stable operation at up to 200°C, while maintaining high heat transfer efficiency and long service life.
Engineering Adaptation & Optimization
During the design phase, multiple structural optimizations were carried out, including sealing performance enhancement and stress distribution balancing, ensuring compatibility with real plant conditions.
Technical Advantages
✔ High Corrosion Resistance
Suitable for strong acid environments
✔ 200°C Thermal Stability
Reliable continuous operation
✔ Extended Service Life
Reduced maintenance and downtime
Our Commitment
Tershion continues to provide customized thermal solutions that meet the most demanding industrial requirements worldwide.
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