Electrical and thermal conductive copper alloys: such as unalloyed copper and microalloyed copper, mainly used for power transmission and radiator manufacturing.
Structural copper alloys: suitable for machinery manufacturing, building components and other fields, with good strength and ductility.
Corrosion-resistant copper alloys: such as tin brass, aluminum brass, etc., suitable for marine and chemical environments, often used in shipbuilding and chemical equipment.
Wear-resistant copper alloys: such as complex brass and aluminum bronze containing lead, aluminum and manganese, suitable for high-friction parts such as bearings and gears.
Free-cutting copper alloys: such as copper-lead and copper-tellurium alloys, suitable for the manufacture of precision parts.
Elastic copper alloys: such as beryllium bronze, aluminum bronze, etc., suitable for the manufacture of elastic elements and springs.
Damping copper alloys: such as high manganese copper, with vibration absorption performance, widely used in noise reduction and vibration control scenarios.
Art copper alloys: such as pure copper, tin bronze, etc., suitable for sculpture and decoration.
