In high-tech manufacturing, precision assembly parts often need to be performed at a microscopic scale, which places extremely high demands on the precision and stability of assembly.
In the field of metal processing, copper hot forgings have attracted much attention for their excellent mechanical properties and wide range of applications.
In the aluminum alloy die casting process, high filling speed is a key feature.
During the hot forging process of copper, its microstructure undergoes a complex and critical evolution. In the initial stage of hot forging, as the temperature rises, copper atoms gain more energy and begin to vibrate actively.
