What Is Graphite Machining?
Graphite machining refers to the process of forming graphite, a carbon-based material, into various shapes and sizes. Graphite is valued for its exceptional heat resistance, lubrication qualities, and superior electrical and thermal conductivity, making it indispensable in manufacturing industrial products, electronic components, heat exchangers, and aircraft parts.
The process encompasses both mechanical and non-mechanical techniques. Mechanical methods include traditional machining with lathes and milling machines, leveraging graphite’s durability and thermal properties. Non-mechanical approaches, such as electrical discharge machining (EDM) and laser cutting, utilize electrical or laser discharges to precisely shape graphite without direct contact.