SS304 Tube Aluminium Fin Heat Exchanger

SS304 Tube Aluminium Fin Heat Exchanger 

SS304 Tube and Aluminium Fin Heat Exchanger has the following advantages:

High heat transfer efficiency:

Characteristics of SS304 tube: SS304 (stainless steel 304) has good thermal conductivity and can transfer heat quickly. Although its thermal conductivity is slightly lower than some pure metals such as copper and aluminium, it excels in a combination of properties such as corrosion resistance and strength, making it ideal for many heat transfer applications.

The role of aluminium fins: Aluminium fins typically have a high thermal conductivity and, when used as fins in combination with SS304 tubes, greatly increase the heat transfer area. The design of the fins allows heat to be transferred more quickly from one medium to another, significantly increasing the overall heat exchange efficiency. For example, in the condenser and evaporator of an air conditioner, this structure enables effective heat transfer and exchange and improves the cooling or heating effect.

Strong corrosion resistance:

Advantages of SS304 Tubes:SS304 stainless steel contains a high proportion of chromium and nickel elements, which gives it excellent corrosion resistance. In the face of a variety of corrosive media, such as acids, alkalis, salt solutions and other environments, it can maintain good stability and is not easy to rust. This makes the heat exchanger in the long-term use of the process, even if it comes into contact with a certain degree of corrosive fluids, such as the chemical industry in certain corrosive materials, but also to ensure its service life and performance stability.

Aluminium corrosion resistance: aluminium in the air is easy to form a dense layer of aluminium oxide film, this layer of oxide film can prevent the internal aluminium further oxidation, so that it has a certain degree of corrosion resistance. In the normal working environment, the aluminium sheet can better resist the erosion of the external environment, to ensure the reliable operation of the heat exchanger.

Compact structure:

Design features: the tube-fin structure allows a large number of heat exchanger tubes to be closely arranged and connected and supported by aluminium fins, which achieves a large heat exchange area in a limited space. This compact design makes the overall volume of the heat exchanger relatively small, and can be adapted to a variety of occasions where the installation space is limited, such as in some small equipment, compact mechanical devices or space-limited building installation and use, has obvious advantages.

Space saving: compared with some other types of heat exchangers, such as shell and tube heat exchanger with a larger volume, SS304 tube and aluminium sheet and tube fin heat exchanger does not need to take up too much space, which not only facilitates the layout and installation of the equipment, but also helps to reduce the space cost of the overall equipment. For example, in the heat dissipation system of some small electronic equipment, due to the extremely limited space, this compact structure of the heat exchanger can well meet the heat dissipation needs.

Can be adapted to a variety of working environments:

Wide range of temperature adaptability: SS304 tubes and aluminium sheets have good high temperature resistance, and can work normally in higher temperature environments. At the same time, they can also maintain good toughness and thermal conductivity under certain low-temperature conditions, so this type of heat exchanger can be applied to the temperature changes in the work of the scene, such as in some of the need for high-temperature heating and low-temperature cooling process, can be stable operation.

Adaptability to different media: Whether it is gas or liquid media, SS304 tube aluminium sheet-fin heat exchanger can show good adaptability. For different fluid properties, such as viscosity, corrosivity, cleanliness, etc., the heat exchanger can effectively exchange heat. For example, in the petrochemical industry, it can be used to deal with a variety of different compositions and properties of oil, chemical raw materials, etc.; in the HVAC system, it can adapt to the heat exchange needs of different media such as air and water.