Cutting processing: Titanium materials are relatively hard, and commonly used cutting methods include turning, milling, drilling, etc. In cutting, it is necessary to use sharp cutting tools and pay attention to avoiding excessive temperatures that can cause the tools to turn sour, black, sharp, and deformed.
Polishing: After cutting, it is usually necessary to polish the surface to improve smoothness and appearance quality. Titanium materials have good polishing performance and are often polished using tools such as grinding wheels, sandpaper, and grinding fluids.
Welding assembly: Titanium materials can be welded through methods such as TIG welding, arc welding, laser welding, etc. During the welding process, attention should be paid to controlling the welding temperature and speed to avoid oxidation and deformation. After welding, heat treatment is required to eliminate stress and improve mechanical properties.
Surface treatment: Titanium materials have excellent resistance to oxidizing media, but are susceptible to corrosion such as strong acids and alkalis. To improve its corrosion resistance, surface treatment methods such as anodizing and electroplating are often used.
Inspection and acceptance: Visual inspection, dimensional testing, mechanical performance testing, etc. are carried out on the processed parts to verify their quality. The commonly used detection methods include visual inspection, microscopic observation, and measurement instrument detection.
