Development of technology for the production of a new lightweight composite using recycled aluminum and mineralized wood waste.

This paper presents the development of an innovative technology for producing a lightweight composite material utilizing recycled aluminum and mineralized wood waste. The primary objective is to create an environmentally sustainable material that offers significant weight reduction and enhanced mechanical properties for various industrial applications. The process involves the amalgamation of aluminum, reclaimed from post-consumer products, with wood waste that has undergone mineralization to improve its durability and compatibility with metal matrices. Key aspects of the development include optimizing the mineralization process, ensuring uniform dispersion of wood particles within the aluminum matrix, and achieving strong interfacial bonding. Preliminary results demonstrate that the new composite exhibits superior strength-to-weight ratios and thermal stability compared to traditional materials. This dvancement holds potential for widespread applications in automotive, aerospace, and construction industries, promoting both resource efficiency and environmental conservation.