Yuefeng Aluminum Processing has made significant progress in the field of low-altitude materials
July 15, 2025
Recently, the 7G50 high-strength aluminum alloy round bars independently developed by Yuefeng Aluminum Processing have been successfully applied to the core load-bearing structural components of flying cars, marking that the company has taken the leading position in the field of low-altitude economic lightweight material technology.
The core load-bearing structural components of flying cars have extremely strict requirements for the comprehensive performance of materials. They need to ensure ultimate lightweight while possessing outstanding specific strength, excellent fatigue resistance and sufficient toughness. Relying on its profound technological accumulation and a precise control system covering the entire R&D and production process, Yuefeng Aluminum Processing has successfully overcome key industrial production technology bottlenecks such as the control of the purity of round billet melting and casting, the regulation of microstructure uniformity, and the optimization of extrusion processes. It has independently developed the 7G50 alloy with advantages in specific strength and good formability. It becomes the ideal choice for meeting the requirements of such cutting-edge application materials.
After conducting strict research on several domestic aluminum alloy suppliers, a well-known flying car manufacturer finally selected Yuefeng Aluminum Processing as the core supplier of raw materials for forgings of load-bearing parts. The conclusion of this cooperation not only confirms that the 7G50 round bar fully meets the strict standards of the flying car industry, but also reflects the market's high recognition of the enterprise's high-end manufacturing capabilities.
In the future, Yuefeng Aluminum Processing will take the successful application of 7G50 aluminum alloy as an opportunity to continue to focus on the field of low-altitude economic materials, concentrate on performance iteration, cost optimization and process innovation, expand the application of materials in more scenarios such as flying cars and unmanned aerial vehicles, deepen the collaborative innovation of the industrial chain, and empower the upgrading of the low-altitude economic industry with high-quality material solutions Inject continuous "aluminum" impetus into the development of the industry.
