Researchers have developed a method to transform industrial iron waste into Fe3Si-SiC-NbC nanocomposites using carbothermal reactions. This process reduces the energy and raw materials needed for metal production, lowering the overall carbon footprint of industrial manufacturing. The resulting materials show significant improvements in hardness, strength, and thermal stability. These high-performance composites are suitable for use in transformer cores, inductors, and heat exchangers, offering a sustainable alternative to virgin materials in heavy industry.
