High Purity Graphite
High purity graphite, also known as ultra-high purity graphite, is an important form of graphite in various industrial applications. It is especially suitable for metallurgical and chemical industries, as well as for semiconductor, aerospace and defense industries. High purity graphite is used as a refractory material due to its high strength and resistance to extreme temperatures. It is used in chemical processes and fuel cells, as well as for the production of smart phone screens, solar cells and microchips.
High purity graphite is produced through a specialized manufacturing process. The graphite is mined from graphite ore, then processed using an advanced method called Isothermal Consolidation. This process produces an extremely fine, granulated and homogeneous graphite material. As opposed to standard graphite, this material has very low impurity levels and is more resilient to corrosion and thermal expansion. The unique characteristics and composition of high purity graphite also make it ideal for extruded shapes, machining cores and components.
High purity graphite offers significant advantages over standard graphite. These include increased thermal and electrical conductivity, improved strength, greater resistance to oxidation and improved luster. In addition, high purity graphite is easier to machine, resistant to abrasion and chemically inert. It is also highly non-toxic, making it a safe choice for applications where there is a risk of contact with food or medications.
High purity graphite is available in a wide range of forms, from refined blocks, rods and tubes to specialty shapes and large, custom-molded pieces. Depending on the specific application, many of these forms also feature enhanced surface treatments, such as oxidization, thermal and surface treatments, coatings and plating. This ensures that the highest levels of purity, strength and performance are achieved.
High purity graphite is ideal for many industrial applications due to its unique properties and manufacturing processes. From semiconductor chips to fuel cells and smart phone screens, this material is essential in today’s technological landscape. Its superior strength, resistance to oxidation, thermal and electrical conductivity, and ability to produce custom-shaped pieces make it an invaluable material for many industries.
