Forging forming -- English · 2023年6月15日 0

Report on the latest research results of titanium alloy forgings in the Dutch aerospace industry

In the aerospace industry in the Netherlands, the application of titanium alloy forgings has become an important research field. With its excellent mechanical properties and chemical stability, it has been widely used in aircraft structures and engine components. Recently, the Dutch aerospace industry has achieved many new research results on titanium alloy forgings and successfully applied them to actual production.

Firstly, Fokker Aerostructures, a leading enterprise in the Dutch aerospace industry, has successfully developed a new type of titanium alloy forging material and applied it to its new generation of aircraft structures. This titanium alloy forging material adopts a new deoxidation method and high-temperature treatment process, making its strength and ductility more outstanding, which can effectively improve the overall performance of the aircraft.

In addition, the Dutch Nano Technology Research Institute has also made significant breakthroughs in titanium alloy forgings. They have used nanotechnology to microscopically improve the surface of titanium alloy forgings, effectively improving their durability. In addition, they have developed a new titanium alloy forging manufacturing technology, adopting laser powder bed fusion technology, which can effectively reduce manufacturing costs and improve product quality.

Furthermore, KVE Composites Group, another aerospace industry enterprise in the Netherlands, is also researching new applications of titanium alloy forgings. They mainly apply it to hydraulic transmission systems and have developed a new lightweight hydraulic transmission device using titanium alloy forging materials, which can effectively reduce weight and improve transmission efficiency.

Overall, the research and application prospects of titanium alloy forgings in the Dutch aerospace industry are very broad. Its enterprises are constantly developing new technologies, materials, and applications in this field, bringing higher performance requirements and production efficiency to the entire industry.