In the rubber industry, improving production efficiency and product quality is an important challenge faced by enterprises. Frequent rubber scorch problems not only affect product quality, but also greatly reduce production efficiency, increase material consumption and safety hazards. However, by using preservative CTP (PVI), rubber companies can easily deal with these problems and thus promote industry development. The preservative CTP (PVI) is an advanced vulcanization corrosion inhibitor, and its application effect is particularly significant whether in natural rubber or synthetic rubber. First of all, CTP (PVI) can significantly improve the production efficiency of rubber materials. By reducing the risk of scorch, it reduces the scrap rate and makes the production process smoother. According to statistics, using CTP (PVI), the production efficiency of rubber companies can be increased by as much as 25%. Secondly, CTP (PVI) improves the quality and storage stability of finished rubber. The scorch phenomenon that may occur in rubber during storage will not only reduce the physical properties of the product, but also directly affect its market competitiveness. The application of CTP (PVI) allows rubber to maintain good stability during storage, thereby extending its storage time and reducing material scrapping. In addition, the preservative CTP (PVI) greatly improves production safety. In the traditional rubber production process, scorch problems may cause damage to production equipment and increase the risk of safety accidents. By using CTP (PVI), companies can effectively reduce safety hazards in the production process and ensure the safety of workers and equipment. In general, the application of preservative CTP (PVI) in rubber production not only significantly improves production efficiency, product quality and storage stability, but also improves production and inventory management problems. With so many advantages, CTP (PVI) has become an indispensable solution in the rubber industry to help companies achieve sustainable development.