DEVELOPMENT AND APPLICATION OF SECONDARY METAL AND POLYMER MATERIALS IN BEARING PRODUCTION
Keywords:
Bearings, secondary metals, recycled polymers, sustainable production, tribological properties, mechanical properties, eco-friendly materials, industrial application, waste management, circular economy, advanced recycling technologies.Abstract
This study comprehensively examines the potential of using secondary metal and polymer materials in the production of bearings. Bearings are essential components in mechanical systems, and adopting sustainable production practices can significantly reduce environmental impact. The research evaluates the mechanical, tribological, and environmental properties of bearings made from recycled materials, comparing them with those made from primary raw materials. Findings indicate that secondary materials can provide cost-effective and environmentally friendly alternatives without sacrificing essential performance characteristics. The study also highlights the potential of innovative processing methods and advanced recycling technologies to enhance product quality.
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