As an important engineering material, copper forgings have unique advantages in many application fields. The following are several main advantages of copper forgings: Wear resistance: Copper forgings have excellent wear resistance, which is determined by their good mechanical properties and structural characteristics. Under various wear environments, copper forgings can maintain good surface finish and dimensional stability, extending service life. Corrosion resistance: Copper forgings have good corrosion resistance and can show high corrosion resistance in a variety of corrosive media. Especially for environments containing oxidizing substances, copper forgings can effectively resist corrosion and are not easy to produce secondary pollution. Structural stability: The structural stability of copper forgings is better, and it has high strength and hardness due to the compactness and uniformity of its internal grain structure. When subjected to external force or vibration, copper forgings can maintain good overall stability and are not easy to deform or break. Thermal conductivity: Copper is a good thermal conductivity material, copper forgings can quickly conduct heat, so that it is widely used in heat exchange equipment, heat conductors and other fields. In addition, copper forgings also have a low coefficient of thermal expansion, helping to reduce stress problems caused by temperature changes. Processability: Copper is an easy to process material, copper forgings can be forged by forging, cold extrusion, casting and other processes, can produce a variety of shapes and sizes of products. At the same time, copper forgings can also be subsequent processing, such as machining, grinding, welding, etc., to meet different needs. In summary, copper forgings have many advantages such as wear resistance, corrosion resistance and structural stability. These characteristics make copper forgings widely used in machinery, metallurgy, aerospace, chemical and other industries, and show excellent performance and reliability.
