The uses of graphite molds include:
In the metallurgical industry, it is used in continuous casting, continuous rolling and other links to ensure the stability and quality of metal material molding; in the field of mechanical processing, it can be used to manufacture various complex shapes of parts molding molds to improve processing efficiency and precision; in the electronics industry, it is often used in semiconductor manufacturing, electronic component packaging, etc., to provide support for the miniaturization and high performance of electronic products; in the photovoltaic industry, it can be used in processes such as silicon wafer manufacturing to help produce efficient solar cells; in the glass industry, it can be used to make glass molding molds to give glass products good appearance and dimensional accuracy.
The characteristics of graphite molds are as follows:
Excellent thermal conductivity, can quickly transfer heat and shorten product cooling time; good thermal stability, low linear expansion coefficient, strong resistance to heating shock, and increased strength at high temperatures; excellent chemical stability, resistance to chemical corrosion, and not easy to react with most metals; good self-lubrication and wear resistance, long service life; good mechanical processing performance, can be made into molds with complex shapes and high precision.
