On January 10, 2019 National S很街cience and Technology Awards Confe笑關rence was held in the Great Hall作煙 of the People. Five national 村美science and technology awards i鐵醫ncluding the highest national science秒對 and technology award, the national t暗答echnological invention award a線科nd the national science and te司科chnology progress award were presented做學 at the Conference. CITIC Dicastal 身行participated in the "Key Technologies音計 and Applications for Forming 畫音Large-Sized Aluminum Alloy Wheels" a和離nd won the Second Prize of Natio男麗nal Science and Technology Progress南匠. This is the first time CITIC Dicastal購務 has won the national science a妹了nd technology progress award. It i雪秒s a substantial achievement of去的 CITIC Dicastal's insistence on術坐 innovation-driven development. The win頻嗎ning representatives were invited熱訊 to attend the award ceremony at t技風he Great Hall of the People.
The project "Key Technologies問樹 and Applications for Forming Large-Si紅著zed Aluminum Alloy Wheels" is joint兒廠ly researched by five domestic research物吃, design and manufacturing units,懂了 including CITIC Dicastal, Beiji不學ng University of Aeronautics a跳我nd Astronautics and Xinyue Intellig如理ent Equipment. The project break知資s through the bottleneck of str站拿ong water-cooling forming technolo員器gy with light weight, high efficie年樹ncy and high performance in man時哥ufacturing large-sized aluminum alloy w大著heels and creates a new mode of事公 digital manufacturing of alum長計inum alloy wheels. The results of the用小 project have been fully applied街秒 to high-quality customers at home媽動 and abroad, playing an important rol門間e in providing lightweight sol事海utions for customers.
Driven by the enterprise developme一拿nt goal of light weight and safe trave商問l for human beings, CITIC Dicas藍什tal insists on practicing the 少校innovation concept, focusing on p紙哥roduction technology and intelli吧術gent manufacturing innovation, ma草討stering the core technical capa頻村bility of light weight aluminu從腦m auto parts manufacturing, impro短銀ving the manufacturing level in China a林討nd making due contributions to the ma多舊nufacturing power.
