SiC Heat Exchange Tubes

The core function of Semicorex SiC heat exchange tubes is to transfer heat between fluids of different temperatures inside and outside the tubes. When high-temperature flue gas or hot media flows over the outer wall of the tubes, the excellent thermal conductivity of SiC transfers heat to the cooling medium or medium to be heated inside the tubes like air, water, and process gas, to achieve efficient heat exchange.

Characteristics of Semicorex SiC heat exchange tubes

1.Exceptional thermal conductivity and improved heat transfer efficiency

2.Superior high-temperature resistance

3.High chemical corrosion resistance, oxidation resistance and erosion resistance

4.Dependable wear resistance

5.Remarkable permeation resistance

6.Safety and contamination free

Applications of Semicorex SiC heat exchange tubes

As the optimal alternative option to conventional metal heat exchange tubes, Semicorex SiC heat exchange tubes deliver high-efficiency recovery and reuse of heat and are extensively applied in cooling, heating, condensation, evaporation, membrane evaporation and absorption processes in the following fields.

1.Chemical industry

Semicorex SiC heat exchange tubes are widely used to heat transfer in highly corrosive processes such as acid concentration, cooling for acid-base neutralization reactions and compound synthesis, thanks to the reliable corrosion resistance performance of SiC ceramics.

2.Food and pharmaceutical industries

Semicorex SiC heat exchange tubes are chemically inert and will not release harmful reaction by-products into food and pharmaceuticals, fully meeting the stringent requirements of food and pharmaceutical production.

3.Metallurgical industry

Semicorex SiC heat exchange tubes are applicable to process heating and waste heat recovery in the metallurgical industry to effectively cut fuel consumption and improve the thermal efficiency of industrial furnaces and kilns. Their typical applications include preheating combustion-supporting air, and recovering waste heat from blast furnace gas and converter flue gas.