What are the characteristics of graphite processing?

Graphite processing features high hardness, strong wear resistance, good thermal conductivity, resistance to deformation, and ease of processing, making it highly suitable for precision machining and high-end manufacturing fields.

Graphite processing is a common metal processing technology with the following characteristics:
　　High hardness: Graphite is a material with extremely high hardness, capable of maintaining high hardness during processing, thereby ensuring machining accuracy and quality.
　　Strong wear resistance: Graphite has high wear resistance, capable of maintaining the flatness and finish of the processed surface for a long time without easy damage.
　　Good thermal conductivity: Graphite is a good thermal conductive material, capable of dissipating heat quickly, reducing heat accumulation during processing, and improving machining efficiency.
　　Resistant to deformation: Graphite is not prone to deformation during processing, capable of maintaining stable dimensions and shapes, ensuring the precision of processed parts.
　　Easy to process: Graphite is an easily machinable material, which can be processed through various methods such as mechanical machining and EDM, making the processing simple and flexible.
　　In summary, graphite processing features high hardness, strong wear resistance, good thermal conductivity, resistance to deformation, and ease of processing, making it highly suitable for precision machining and high-end manufacturing fields.