How to improve the fin efficiency of embedded fin tubes?

To improve the fin efficiency of G-type embedded fin tubes, we can start from the following points.

1. Optimize the design of embedded fin tube fins

Increase the fin height and thickness within a reasonable range, and at the same time control the degree to prevent excessive resistance.

Scientifically adjust the fin spacing to enhance heat transfer and ensure smooth flow of fluid and reduce flow resistance.

Through numerical simulation and experimental research, determine the combination of fin height, thickness and spacing to improve fin efficiency.

2. Improve the processing technology of embedded fin tubes

Improve the embedding tightness of fins and base tubes and reduce contact thermal resistance.

Use high-tech processing equipment and technology to improve processing accuracy, ensure the accurate shape and size of fins, and improve heat transfer performance.

For example, use high-precision machine tools for processing to ensure that the fins fit tightly with the base tube.

3. Select the appropriate working medium and operating parameters for embedded fin tubes

Select working medium with good heat transfer performance according to the application scenario, and reasonably adjust parameters such as fluid flow rate and temperature to allow embedded fin tubes to operate in a very good working state and improve fin efficiency.