Reasons why stainless steel heat exchange tubes outperform carbon steel tubes
By: mxgy,
Behind the huge reaction tanks in chemical plants, in the intricate maze of central air-conditioning pipes, there are always rows of silver-white metal pipes running quietly. These inconspicuous stainless steel pipes are the invisible heroes in industrial production – they are responsible for the “relay race” of heat transfer between equipment, which directly determines the energy efficiency level of the entire device.
Stainless steel heat exchange tubes can show amazing environmental adaptability at work:
In chemical workshops, ordinary carbon steel pipes will have rust holes in acidic steam in less than half a year, while stainless steel pipes can remain bright and clean.
This is because the nano-level chromium oxide protective film formed on the surface of stainless steel heat exchange tubes, this self-repairing “protective armor” allows it to easily operate in a corrosive environment with a pH value of 2-12!
Reasons why stainless steel heat exchange tubes outperform carbon steel tubes
By: mxgy,
Behind the huge reaction tanks in chemical plants, in the intricate maze of central air-conditioning pipes, there are always rows of silver-white metal pipes running quietly. These inconspicuous stainless steel pipes are the invisible heroes in industrial production – they are responsible for the “relay race” of heat transfer between equipment, which directly determines the energy efficiency level of the entire device.
Stainless steel heat exchange tubes can show amazing environmental adaptability at work:
In chemical workshops, ordinary carbon steel pipes will have rust holes in acidic steam in less than half a year, while stainless steel pipes can remain bright and clean.
This is because the nano-level chromium oxide protective film formed on the surface of stainless steel heat exchange tubes, this self-repairing “protective armor” allows it to easily operate in a corrosive environment with a pH value of 2-12!
