In the manufacturing process of rubber products, vulcanization accelerators are an indispensable factor. Its selection not only affects the speed of vulcanization, but also determines the physical properties and durability of the final product. This article will analyze how to select suitable vulcanization accelerators for enterprise production based on the types, characteristics and application scope of vulcanization accelerators. First of all, there are many types of vulcanization accelerators, including vulcanizers, accelerators, and activators. Different types of accelerators play different roles in the vulcanization process. For example, vulcanizers mainly promote the cross-linking reaction of rubber molecules, while accelerators increase the reaction rate. In addition, activators can also enhance the catalytic effect. Only by choosing the appropriate type according to the needs can the high quality of the product be ensured. Secondly, the characteristics of the vulcanization accelerator are one of the key factors that determine its selection. Different accelerators have different active temperatures, operating times and reaction speeds. Through reasonable selection and matching, production efficiency can be optimized. For example, for rubber products that need to be produced quickly, an accelerator with a fast reaction speed can be selected, while for products that require high heat resistance, an accelerator with high temperature resistance should be selected. The demand for vulcanization accelerators varies in different industries. For example, the automobile tire industry has high requirements for wear resistance and load-bearing capacity, so highly active and durable accelerators are often used. In general industrial rubber products, cost control is the main concern, so cost-effective vulcanization accelerators are selected. In addition, the formula needs to be adjusted according to the product characteristics and production process. Through scientific experiments and data analysis, the most optimized accelerator combination can be found. For example, through data comparison, it was found that after a company changed the type of accelerator, the durability of its products increased by 30%, and the production cost was reduced by 15%. In general, choosing the right vulcanization accelerator can significantly improve product performance, reduce production costs, and enhance the company's market competitiveness. Through the scientific and reasonable selection and allocation of vulcanization accelerators, companies can produce high-quality rubber products to meet various market needs.