Why can stainless steel heat exchange tubes gradually replace the use of copper tubes?

By: mxgy,

Time: 2024,5,3

Zhejiang Mingxin Stainless Steel Co., Ltd. is a modern stainless steel pipeline system manufacturing enterprise integrating scientific research, production and sales. The company adopts an advanced, efficient and mature production management model. The company uses Walsin Lihua and Yongxing Special Steel as base materials. Leading materials are used to produce high-quality stainless steel, providing reliable and safe stainless steel pipes and pipe fittings to global users.
Stainless steel heat exchange tubes are currently widely used in heat exchangers. The reasons why they can gradually replace copper tubes are:
During use, heat exchange tubes often come into contact with steam, water, steam-water mixtures and corrosive media, and the working conditions are diverse.
It can be seen that copper tubes are not fully satisfactory for use, and their service life is not as good as stainless steel heat exchange tubes.

What are the reasons to consider if stainless steel heat exchange tubes have perforations?
In addition to stainless steel heat exchange tubes, what other materials do you think the heat exchange tubes can be made of?

Why can stainless steel heat exchange tubes gradually replace the use of copper tubes?

By: mxgy,

Time: 2024,5,3

Zhejiang Mingxin Stainless Steel Co., Ltd. is a modern stainless steel pipeline system manufacturing enterprise integrating scientific research, production and sales. The company adopts an advanced, efficient and mature production management model. The company uses Walsin Lihua and Yongxing Special Steel as base materials. Leading materials are used to produce high-quality stainless steel, providing reliable and safe stainless steel pipes and pipe fittings to global users.
Stainless steel heat exchange tubes are currently widely used in heat exchangers. The reasons why they can gradually replace copper tubes are:
During use, heat exchange tubes often come into contact with steam, water, steam-water mixtures and corrosive media, and the working conditions are diverse.
It can be seen that copper tubes are not fully satisfactory for use, and their service life is not as good as stainless steel heat exchange tubes.

What are the reasons to consider if stainless steel heat exchange tubes have perforations?
In addition to stainless steel heat exchange tubes, what other materials do you think the heat exchange tubes can be made of?