1. The high temperature resistance of finned tube heat exchanger can reach 950 ℃. 2. The total heat transfer film coefficient K of finned tube heat exchanger is high, the heat transfer efficiency is 1.5 times of ordinary tubes, twice of finned tubes, and 10% - 15% higher than that of the same type of plate in China. 3. Finned tube heat exchanger can adopt elastic structure design, so that the problem of thermal expansion can be solved reasonably and effectively. 4. There are sufficient tests and real operation values as support, and the data error is within 5% by making full use of constantly adjusting the calculation formula, so that more than 95% of the machinery and equipment can operate to meet the design technical parameters.
Industrialized finned tube radiator is a kind of radiator developed, designed and manufactured by the radiator industry in recent years, which is composed of finned tubes, light strip plug welding as a whole or finned tubes, baffles and U-shaped headers. It has high heat dissipation efficiency, high pressure bearing, environmental protection and energy saving. It is mainly applicable to greenhouses, large and medium-sized industrial plants, and overall office production workshops. Because of its thick pipe diameter, large water storage capacity, high heat dissipation, and excellent heat transfer effect of peripheral fins, it is several times or even dozens of times the heat dissipation of ordinary radiators. It can greatly save costs and is an ideal choice for many industrial heating. It is more suitable for heating systems with hot water or steam as the medium.
Finned tube heat exchanger is an indispensable machine and equipment in modern industrial heat exchange link, which is widely used in any industrial industry, especially in petrochemical industry; Metallurgy; Power; Textile, printing and dyeing, drying and other industries. In recent years, due to the low-carbon environmental protection and the full utilization of energy, how to continuously improve the characteristics of finned tube heat exchanger has attracted more and more attention in the industrial field. Its heat transfer characteristics, in the heating and cooling of air (or other gases), can not be replaced by other heat exchangers with superior performance.