1. High heat transfer coefficient

2. Large logarithmic mean temperature difference

3.Large NTU

4. Strong resistance to temperature and pressure

5. Upsizing

6. miniaturization

7.Cover a small area

8.Light weight

9. Low fouling coefficient

10. To achieve a variety of medium heat transfer

11.Easy to clean

12. By changing the heat transfer area or multi-process combination to meet the requirements of the new heat transfer conditions.

13. Working pressure up to 8MPa

14. Working temperature up to 1000℃

15. Large equivalent diameter

16. The range of fluids is wider

Editor’s Note: This is a guest post from THT Group on Wechat , just for sharing