Synchronous belt is a transmission component that combines the advantages of high efficiency, precision, wear resistance, and low noise, and plays an important role in modern mechanical transmission systems. When the power source drives the driving wheel to rotate, the teeth on the driving wheel interlock with the teeth on the synchronous belt. Due to the precise matching of tooth profile and spacing, relative sliding does not occur during the transmission process, thus achieving synchronous motion.

Synchronous belt, also known as toothed belt or gear belt, is an efficient and precise transmission component widely used in various mechanical and industrial fields. A synchronous belt is composed of an annular belt with equidistant teeth on its inner surface and a matching pulley with corresponding teeth. It utilizes the meshing transmission between belt teeth to achieve the transmission of power and motion.

Rubber synchronous belts play a crucial role in automotive engines, used to drive auxiliary equipment such as generators, water pumps, and air conditioning compressors, ensuring accurate synchronization between the engine's valves and pistons. In industrial machinery such as high-speed packaging machines, printing equipment, and paper making machinery, rubber synchronous belts are used for transmission and positioning to ensure production efficiency and product quality.

Due to the use of high-quality rubber materials and reasonable design, rubber synchronous belts have good dynamic bending performance and can adapt to various complex transmission environments. Through precise tooth meshing, rubber synchronous belts can achieve efficient transmission and reduce energy loss. Rubber synchronous belt can ensure the accuracy of transmission ratio and meet the requirements of high motion accuracy in situations. Rubber synchronous belts usually have good oil and high temperature resistance, and can work stably in harsh working environments.