BACKCopper tube
What is the thermal conductivity of copper coils
Description:Copper coil can be divided into copper square tube, copper round tube, rectangular copper tube and so on; According to the structure can be divided into single-layer coil and multi-layer coil, the more layers, the stronger the carrying capacity.
Specifications: The diameter range of copper coils is usually between φ0.5φ30mm, and the wall thickness is between 0.33mm. The length can be customized according to customer needs, the common length is 16 meters, and there are small coil lengths can be customized to 1060 meters.
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Copper coils also show their unique application value in some special fields. For example, in the manufacture of music equipment, copper coils are often used as materials for components such as sound boxes,
Copper coil with its excellent thermal conductivity, strong corrosion resistance, good processing performance, light and high strength, economic, practical and environmental protection and unique application fields and other advantages, in many fields play an indispensable role.
introduction
Excellent thermal conductivity
Copper coils have extremely high thermal conductivity, which allows them to transfer heat quickly and efficiently during heat exchange. In refrigeration, air conditioning, heating and other systems, copper coils, as a key component of the heat and cold exchanger, can ensure efficient operation of the system while maintaining low energy consumption. This advantage is particularly prominent in applications that require efficient heat dissipation, such as wires, cables, and transformers in electrical engineering.
Second, strong corrosion resistance
Copper coils have strong oxidation resistance in the natural environment and are not easy to rust or be corroded. This feature enables the copper coil to maintain good performance in a variety of harsh environments, extending the service life. In the chemical, petroleum and other industries, copper coils are often used as parts of heat exchangers, condensers and other equipment, which can resist the erosion of refrigerant, air and chemical substances.
Third, good processing performance
Copper coil has good ductility and processability, and can be easily made into various shapes and specifications to adapt to different application needs. This allows the copper coil to have higher flexibility and plasticity in the manufacturing process, and can meet the design requirements of various complex pipeline systems. At the same time, the copper coil also has good weldability, which is convenient for various connection and fixing operations.
