<![CDATA[The demand for sustainable and high-performance manufacturing systems has accelerated the development of advanced lightweight materials. Hybrid nano-reinforced materials offer enhanced mechanical and thermal properties while maintaining reduced weight. This study aims to develop and evaluate hybrid nano-reinforced lightweight materials for sustainable manufacturing applications. An experimental approach was employed through material synthesis and characterization, including mechanical and thermal testing. The results show that hybrid nano-reinforcement significantly improves tensile strength, hardness, and thermal stability. The developed materials also demonstrate better performance under operational conditions, indicating their potential for advanced manufacturing systems. This study concludes that hybrid nano-reinforced lightweight materials provide an effective solution for improving material performance while supporting sustainability in manufacturing]]>
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