Processing technology of TC24 titanium alloy
Forging is a commonly used method in the processing of TC24 titanium alloy. Since TC24 titanium alloy has good forgeability and plasticity, forgings of the required shape and size can be obtained by forging.
After forging, TC24 titanium alloy forgings usually need to be heat treated to eliminate forging stress and improve the performance of the material.
During the hot rolling process, TC24 titanium alloy is fed into the rolling mill at high temperature for rolling. Through multiple rolling passes, the required thickness and width of the plate can be obtained.
The surface quality of the TC24 titanium alloy plate after hot rolling is good, and the internal structure is dense and has good mechanical properties.
Hot extrusion is a processing method in which the TC24 titanium alloy is heated to a certain temperature and then extruded through an extrusion die.
2. Processing characteristics
TC24 titanium alloy processing is usually carried out at high temperature to improve the plasticity of the material and reduce deformation resistance.
The processed TC24 titanium alloy products usually need to be heat treated to eliminate processing stress and improve the performance of the material.
3. Application field
TC24 titanium alloy is widely used in aerospace, automobile manufacturing, biomedicine and other fields due to its excellent mechanical and chemical properties. In the aerospace field, TC24 titanium alloy is used to manufacture aircraft and rocket parts; in the automotive manufacturing field, it is used to manufacture engine parts and body structural parts; in the biomedical field, TC24 titanium alloy is used to manufacture artificial joints and medical devices.
In summary, the processing technology of TC24 titanium alloy involves a variety of methods, including forging, hot rolling, hot extrusion, etc. These processing methods can obtain products of various shapes and meet the needs of different fields. During the processing, it is necessary to control parameters such as heating temperature and deformation, and perform necessary heat treatment to ensure the quality and performance of the product.
