High Thermal Conductivity Heat Exchange Tubes with Isothermal Properties and Φ19mm to Φ38mm Diameter

Heat exchange tubes serve as the core components of heat exchangers, positioned inside the shell to facilitate thermal transfer between two media. These tubes exhibit exceptional thermal conductivity and isothermal properties, functioning as heat transfer superconductors with thermal conductivity thousands of times greater than copper. This enables rapid heat transfer with virtually no thermal loss.

Material selection should be based on working pressure, temperature conditions, and medium corrosiveness during the design phase to ensure optimal performance and longevity.

The isostatic pressing process involves pumping a fluid medium (gas or liquid) into a high-pressure steel sealed container using a high-pressure pump. The hydrostatic pressure of the high-pressure fluid acts directly on the powder within the elastic mold, subjecting the powder body to uniform pressure from all directions simultaneously.