The cutting-edge research field of rubber anti-aging technology is developing rapidly, trying to reveal the aging mechanism of rubber materials in different environments. This research aims to improve the durability and service life of rubber products, thereby enhancing their market competitiveness in multiple industries. Currently, researchers are focusing on new anti-aging agents, nanomaterial enhancements, and environmentally friendly processing methods. The introduction of these technologies will help delay the aging process of rubber and significantly improve the application performance of rubber materials in industries such as automobiles, construction and electronics. Data shows that with the application of new anti-aging agents, the service life of rubber materials can be increased by 20%. The introduction of nanomaterials further enhances the mechanical properties and aging resistance of rubber. For example, nanomaterial enhancement technology increases the UV resistance of rubber by 15%. In addition, significant progress has been made in research into environmentally friendly treatment methods. These methods not only effectively delay the natural aging process of rubber, but also reduce the environmental load. For example, the application of a new green anti-aging agent can extend the life of materials by 10% and reduce production waste by 20%. To sum up, cutting-edge research on rubber anti-aging technology is providing new technical solutions for various industries, which not only improves product performance, but also enhances the market competitiveness of enterprises. In the future, with the continuous optimization and promotion of these technologies, the application prospects of rubber materials will be broader.