High Temperature Industrial Heat Exchangers
Can be designed under up to 1200°C condition
Extreme Temp
Specialized radiation and convection heat exchangers
1150°CWithstand Temp
>90%Heat Recovery
Engineered for extreme conditions, our high-temperature heat exchangers withstand flue gases up to 1150°C, achieving over 90% heat recovery efficiency.
The unit combines a radiation section using high-temp resistant corrugated tubes and a convection section using dual-sided corrugated plates. This integrated approach maximizes heat transfer within a limited installation space, offering solid value and reliable performance for heavy industries.
Radiation Section Design
Frequently Asked Questions
What is the maximum operating temperature?
Our high-temperature heat exchangers are designed to withstand continuous operation at up to 1200°C, using specialized heat-resistant alloys and a combined radiation-convection design.
How does the radiation section work?
The radiation section uses corrugated tube bundles positioned directly in the high-temperature zone (800-1200°C). Heat transfer occurs primarily through thermal radiation, which is dominant at extreme temperatures.
What materials are used for 1200°C service?
We use heat-resistant alloys such as Inconel, Hastelloy, and specialized stainless steels (e.g., 310S, 253MA) selected based on the specific gas composition, temperature, and corrosion conditions.
What is the heat recovery efficiency?
Our combined radiation and convection design achieves over 90% heat recovery efficiency, significantly reducing fuel consumption and operating costs in high-temperature industrial processes.
Which industries require high-temperature heat exchangers?
Steel manufacturing, aluminum smelting, glass production, cement kilns, waste incineration, and chemical cracking furnaces are the most common applications for heat exchangers rated above 800°C.