The combination of titanium alloys and metal additive manufacturing technology has brought revolutionary changes to related industries and markets. Titanium alloys are a very popular metal material, which has attracted attention due to its superior physical and chemical properties such as lightweight, high strength, and good corrosion resistance. Recently, the combination of titanium alloys and metal additive manufacturing technology has brought revolutionary changes to related industries and markets.
In the field of metal 3D printing, titanium alloys have natural advantages for development. Titanium alloys can not only be processed into many parts used in aerospace, medical, automotive, shipbuilding and other fields but also can implement complex processing techniques inside the component wall through 3D printing technology.
In fact, policy support is one of the important factors driving the development of titanium alloy 3D printing technology. At present, the Chinese government has also increased its support for 3D printing technology and included it in various national strategies and plans to build a more competitive emerging industry. For example, “Made in China 2025” proposes to accelerate the transformation of Industry 4.0 technology and manufacturing, focusing on advanced equipment manufacturing, developing advanced manufacturing industries, promoting advanced materials research, development and application. In the “New Generation Artificial Intelligence Industry Development Plan”, 3D printing technology is listed as one of the strategic new emerging industries.
In addition, according to market research institutions, the global titanium alloy additive manufacturing market size has steadily increased and is expected to exceed $5 billion by 2025. The demand for titanium alloy additive manufacturing technology in China is also increasing year by year, with the aviation and medical fields having the most urgent market demand. Therefore, driven by government policies and market demand, the combination of titanium alloys and metal additive manufacturing technology has broad application prospects and market potential.
In summary, the combination of titanium alloys and metal additive manufacturing technology has brought huge changes and opportunities to related industries and markets, and policies and markets have provided a good development environment and prospects for it.
