With the rise of the urban air traffic concept and the development of the low-altitude economy, the demand for lightweight materials will continue to grow. Aluminum-magnesium alloys, as the core materials for flying car structural components, have a huge market space. Xinbo Co., Ltd. accurately grasped this market demand and focused the research direction of its newly approved provincial postdoctoral research workstation on this cutting-edge field. It collaborated with the postdoctoral research station of Nanjing University of Information Science and Technology to jointly solve the problem of "Key Technology Research and Industrial Application of High-strength and High-toughness Aluminum-magnesium Alloys for New Energy Flying Vehicles". By leveraging cutting-edge technologies to tackle key structural components of flying car bodies and other products, we aim to seize the commanding heights of the future high-end market.

Upgrade of Research Platforms: Deep Integration of industry, academia and research

 Xinbo Co., Ltd. has always been committed to the in-depth integration of industry, academia and research, closely combining academic research with industrial demands. The previous school-enterprise cooperation with Central South University has achieved remarkable results in the research and development of aluminum alloy materials. The establishment of the academician workstation has brought top-notch wisdom and cutting-edge perspectives in the field of materials science to the enterprise. The establishment of the Alloy Materials Research Institute has further integrated internal and external R&D resources and enhanced the systematic R&D capabilities.

 The establishment of this postdoctoral research station marks another significant step in the collaborative innovation system of Xinbo Co., Ltd. Through cooperation with postdoctoral research stations of universities, the company will further integrate the theoretical research advantages of materials engineering in universities with the industrialization experience of enterprises, and build an integrated innovation system of "industry-university-research-application". This deep integration not only helps accelerate the transformation of technological achievements, but also cultivates a group of high-level scientific research talents with practical experience for enterprises. The company will also rely on this platform to conduct systematic research in areas such as lightweight materials and intelligent manufacturing, and continuously enhance its core competitiveness in the field of new energy transportation.

 Tackling key technologies: accelerating the industrialization process

 At present, research on flying cars abroad started relatively early, but there are still technical bottlenecks in the power density and lightweighting of new energy systems. The first project of the postdoctoral research workstation of Xinbo Co., Ltd. is precisely aimed at addressing this industry pain point and has set strict standards for the yield strength, tensile strength, elongation after fracture, and stress corrosion indicators of key structural components of flying car bodies. The successful implementation of the project will effectively enhance the lightweighting degree and safety performance of the body structure of flying cars, providing a material basis for the energy consumption optimization and range improvement of the entire vehicle.

 As a leading domestic enterprise in aluminum profiles and lightweight components, Xinbo Co., Ltd. has made substantial progress in the field of flying car parts. At present, the company has supplied key components such as the front cabin lower reinforcement assembly and the front collision crossbeam assembly to a leading flying car enterprise, and is in the stage of sample delivery and verification. It is expected that by the end of the first quarter of next year, the related products will achieve large-scale mass production. Meanwhile, the company is actively expanding its cooperation with more flying car manufacturers, dedicated to promoting the large-scale application of lightweight products in the low-altitude economy.

 With scientific research as the wings, soar in the new blue ocean of low-altitude economy

The sky of flying cars waiting to soar not only requires intelligent algorithms and new energy technologies, but also relies on "invisible metals" like aluminum-magnesium alloys as the industrial foundation. The approval of the postdoctoral research workstation in Anhui Province has given new wings to the technological research and development of Xinbo Co., Ltd. With the in-depth advancement of the high-strength and high-toughness aluminum-magnesium alloy project, the company will not only achieve technological breakthroughs in the field of lightweight flying cars, but also contribute significantly to the development of China's low-altitude economy. Xinbo Co., Ltd. is seizing the initiative in this new trillion-yuan market by leveraging its accumulation of material technology and research and development innovation.