Finned heat exchanger is a very commonly used heat exchange equipment, which is equipped with fins on ordinary base tubes, so as to strengthen heat conduction. In high-quality and durable finned heat exchangers, base tubes can be manufactured from a variety of materials, including steel, stainless steel, and copper. So in order to ensure the effect of heat transfer, what requirements should the finned heat exchanger meet?
1. The structure should be simple to ensure high heat transfer efficiency
In order to ensure the heat transfer efficiency of the finned heat exchanger, the structure is simple in the design, on the one hand, the cold and hot fluids can be directly contacted, and the heat transfer efficiency is reduced due to redundant pipeline strokes. On the other hand, it is also conducive to maintenance and cleaning after use. Therefore, simple structure is the first requirement that finned heat exchangers need to meet when designing.
2. The thermal conductivity of the material should be large
In the design and production of finned heat exchangers in the choice of materials should consider the choice of thermal conductivity as large as possible, and long service life of the material, in addition, the selected material must also have good chemical stability, can have a certain resistance to the corrosion of various media, so that the well-selected finned heat exchanger can ensure that it is more durable after manufacturing, and can minimize costs.
3. The heat exchange area should be large
No matter what type of heat exchanger, only the heat exchange area is sufficient to effectively carry out heat exchange, so the high-quality and durable fin heat exchanger should have a large effective heat exchange area, which can be effectively circulated after use, and improve the cold and heat exchange law in the entire system.
As a more commonly used heat exchange equipment, finned heat exchangers have many advantages, and they can play a good role in heat exchange after installation. As a manufacturer of finned heat exchangers, in order to ensure the supply of high-quality heat exchange equipment to customers, when designing and producing finned heat exchangers, the structure will be simplified as much as possible, and the best materials will be used to improve the heat exchange capacity.
