Due to the high requirements for the safety life of equipment service in the aerospace and other military fields, the quality requirements of the high-end titanium alloys used are very demanding. Comp

      Compared with traditional non-ferrous metals, titanium alloys have high technical requirements and high added value, and should be mainly used in aerospace, weapons, ships and other military fields. China's military titanium alloy market demand is growing rapidly, especially the military titanium alloy for "high uniformity, high purity, high stability" requirements continue to improve, with the western superconductor as the representative of a few advantages of units relying on national projects, independent research and development, so that China's high-end titanium alloy related technology level significantly improved in recent years. In particular, the level of domestic production of titanium alloy materials for aviation and engines continues to improve, and the company's various grades of titanium alloy have filled the domestic gap, basically meeting the demand for the performance level of titanium materials in the domestic high-end market. On this basis, the company is accelerating the independent development of new titanium alloys and applications, and the product performance exceeds that of similar foreign products.

     Due to the high requirements for the safety life of equipment service in the aerospace and other military fields, the quality requirements of the high-end titanium alloys used are very demanding. Compared with titanium alloys used in the ordinary civil field, the requirements for process technology and process control technology are very high, and the technical thresholds mainly include: Technical standard internal control system of titanium alloy raw materials, high purity titanium alloy melting control technology, high melting point element homogenization melting control technology, high density element homogenization melting control technology, forging technology of high sensitivity flaw detection horizontal bar, forging technology of large size bar, organization homogenization and refinement preparation control technology of small size bar wire for aviation fastener blades Quality batch stability control technology of titanium alloy products, etc. The above technology not only has a long research and development cycle, but also requires long-term statistical analysis of production data and continuous improvement, and the technical system is complex