What are the key points of graphite processing technology?

Graphite processing technology is a technology that uses graphite materials for processing and manufacturing. Graphite is a material with good electrical conductivity and thermal conductivity, and is widely used in electronics, metallurgy, chemical industry, aerospace and other fields.

　　Graphite processing technology is a technology that uses graphite materials for processing and manufacturing. Graphite is a material with good electrical conductivity and thermal conductivity, and is widely used in electronics, metallurgy, chemical industry, aerospace and other fields. The key points of graphite processing technology mainly include the following aspects:
　　1. Material selection: Graphite is generally divided into two types: natural graphite and artificial graphite. When selecting graphite materials, it is necessary to determine which type of graphite to use based on specific application needs and processing requirements.
　　2. Processing technology: The main processing technologies of graphite include cutting, grinding, turning, drilling, milling, etc. According to different shape and size requirements, appropriate processing technologies are selected for processing.
　　3. Equipment selection: Graphite processing usually requires special processing equipment, such as CNC machine tools, grinding machines, milling machines, etc. Selecting suitable equipment can improve processing efficiency and quality.
　　4. Tool selection: Graphite has high hardness and wear resistance, and wear-resistant tools need to be selected during processing. Commonly used tools include cemented carbide tools and ceramic tools.
　　5. Processing parameters: When processing graphite, it is necessary to reasonably determine the processing parameters, such as feed rate, speed, cutting depth, etc. Reasonable parameter settings can improve processing efficiency.
　　6. Processing accuracy: Graphite processing usually requires high processing accuracy, and attention should be paid to size control and surface quality during the processing process.
　　7. Surface treatment: Graphite usually needs surface treatment after processing, such as grinding and polishing, to improve surface smoothness and surface roughness.