309S Cold Rolled Stainless Steel Strip For Braid Tube

Performance advantages
• Strong adaptability to high temperature environment: It can operate stably for a long time under high temperature conditions of 600-900℃, far exceeding the upper temperature limit of ordinary stainless steel pipes, and is suitable for high temperature fluid transportation or heat exchange scenarios.
• Balance of structural strength and sealing: The winding welding process makes the pipe body joints tight and has good sealing. At the same time, the spiral structure disperses stress, and its impact and vibration resistance are better than straight pipes, and it can absorb a certain amount of pipe displacement.
• Lightweight and efficient heat transfer: The thin-wall design (relative to thick-walled seamless pipes) reduces weight and installation load, and the steel belt material has good thermal conductivity, which is suitable as a heat exchange element to improve heat exchange efficiency.

Application areas
• Industrial heat exchange equipment: Heat exchange tube bundles used for high-temperature heat exchangers and waste heat recovery devices to transport high-temperature flue gas, steam and other media, and use its high temperature resistance and heat transfer to improve heat exchange efficiency.
• Metallurgy and chemical industry: It is used in high-temperature melt conveying pipes in the metallurgical industry and connecting pipes of chemical high-temperature reactors to withstand high temperature and slight corrosion of materials.
• Environmental protection and energy: Suitable for flue gas pipelines for waste incineration power generation and conveying pipes for high-temperature waste gas treatment equipment, and adaptable to high-temperature and complex flue gas composition environments.

In summary, 309S stainless steel belt winding pipes have irreplaceable advantages in the field of high-temperature industrial transportation and heat exchange due to their high temperature resistance and flexible structure. The core value lies in stability and adaptability under extreme temperatures.