Finned tube as a heat exchange element exhibits excellent performance indicators

Finned tube is a kind of heat exchange element, which is often used in high temperature and flue gas space. In daily life, such as boilers, finned tubes need to be used for heat exchange execution. In such a harsh environment During daily operations, the finned tube itself is required to have corrosion resistance and stability.

The finned tube is a typical heat exchange element, in order to improve the heat exchange efficiency, usually by adding fins on the surface of the heat exchange tube to increase the outer surface area of ​​the heat exchange tube, so as to improve the heat exchange For the purpose of efficiency, such a heat exchange tube.

Finned tubes work under high-temperature flue gas conditions for a long time. For example, finned tubes for boiler heat exchangers are used in harsh environments, high temperature and high pressure and in corrosive atmosphere, which requires finned tubes to have high performance indicators. For example, excellent corrosion resistance.

Many times, during the normal use of an item, the use of finned tubes presents environmental advantages, adds a lot of additional functions, and also improves the use of functions on the basis of the original facilities. Facilitate the way we use it in our lives.　

 Wear resistance is also a remarkable feature of finned tubes. When assembling some parts, the wear resistance of fin tubes will always help the equipment to have a durable use. Some necessary devices are not volatile during use. The real recognition ability of the film tube lifting equipment also better reflects the more practical advantages under the protection of the environment.

The finned tube has the functions of high heat exchange efficiency and large heat dissipation area. The whole product has the advantages of long service life and wide temperature range. The product is widely used in petrochemical industry, economizer, waste heat recovery, greenhouse, power station boiler, Wood drying and other industrial fields. During the production process, the steel pipe and the fin are effectively wound and fully contacted. The heat dissipation area is more than 8 times that of the light pipe. The interior of the product will be smoother and the internal water flow resistance is relatively small.