Focusing on the market demand for lightweight and integrated manufacturing, after long-term R&D debugging, sample testing and process polishing, our newly developed high-end integrated aluminum castings have completed trial production and officially entered mass production. This move further enriches our product portfolio and makes up for the capacity shortage of high-end precision aluminum castings.
The newly mass-produced integrated aluminum castings are featured with lightweight, high strength and high integration. Adopting integral die-casting technology instead of traditional split splicing processes, the products effectively reduce assembly gaps, improve overall structural stability and bearing capacity, and realize significant weight reduction. They perfectly meet the lightweight requirements of high-end application scenarios such as new energy vehicle structural parts, intelligent equipment shells and high-end mechanical load-bearing components. Compared with traditional castings, the new products achieve comprehensive upgrades in compression resistance, corrosion resistance, dimensional accuracy and service life, helping customers reduce assembly costs and improve overall product quality.
The official mass production of the new products marks a major breakthrough in our high-end integral die-casting technology and further improves our capabilities in high-end customization and precision manufacturing. In the future, we will continue to follow market demands, deepen the R&D and innovation of high-end aluminum castings, and launch high-quality products suitable for diverse industries and scenarios. With a diversified and high-quality product system, we will fully meet customers' personalized and high-end customized production needs.