Applications of Graphite Mold in Casting and High-temperature Metallurgy

Applications of Graphite Mold in Casting and High-temperature Metallurgy: Graphite molds are widely used in the casting industry due to their excellent thermal stability and resistance to high temperatures. They are commonly used in the production of various metal parts, such as automotive components, aerospace parts, and industrial machinery. In high-temperature metallurgy, graphite molds are essential for the production of high-quality metal products, as they can withstand the extreme temperatures required for the process.

Due to its low coefficient of thermal expansion and excellent thermal stability, graphite can be utilized as a mold for glass casting. When used in castings of ferrous metals, graphite ensures precise dimensions, smooth surface finish, high yield rate of finished products, and reduces the need for extensive or minimal post-processing, thereby resulting in significant metal savings.

Graphite materials are commonly used in the production of cemented carbide and other powder metallurgy processes for pressing and sintering porcelain boats.

High purity graphite is processed into monocrystalline silicon crystal growth crucibles, regional refining containers, bracket fixtures, induction heaters, etc.

Additionally, graphite finds applications as vacuum smelting heat insulation plates and bases, high temperature resistant furnace tubes, rods, plates grids, and other components.