Product Features

High efficiency: The transmission efficiency of synchronous belts is relatively high, usually reaching over 98%, far higher than traditional belt transmission.

Accuracy: Due to the close fit between teeth and grooves, synchronous belts can ensure the accuracy of transmission and reduce errors.

Wear resistance: Synchronous belts are usually made of rubber and reinforced materials, which have good wear resistance and can extend their service life.

Low noise: The toothed design of the synchronous belt helps reduce noise during transmission and improve the comfort of the working environment.

High load capacity: Some synchronous belts are embedded with tensile materials such as steel wires or Kevlar cables, which can withstand high loads.

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.

Rubber synchronous belt usually adopts high-quality imported neoprene or polyurethane rubber materials as the matrix, which have good elasticity, wear resistance, oil resistance and aging resistance. The skeleton material of rubber synchronous belts is mostly imported high-quality fiberglass rope, which enhances the tensile strength and stability of the belt body. The toothed surface is often protected with materials such as nylon 66 high elasticity cloth to improve wear resistance and service life.

Rubber synchronous belt is a circular belt that uses rubber material as the main substrate, combined with skeleton material and tooth design, to achieve efficient and precise transmission. Rubber synchronous belts achieve non slip transmission of power and motion through precise meshing between their surface teeth and the grooves of the belt teeth. This meshing method ensures the accuracy of the transmission ratio, allowing for strict synchronization between the input and output movements.

Rubber synchronous belt is a type of transmission belt made of rubber material, which is embedded with a skeleton material (such as fiberglass) inside and forms a precise tooth shape on the outer surface to mesh with the belt teeth for transmission. Rubber synchronous belt is an efficient, precise, and durable transmission component widely used in various mechanical equipment, providing important support for the development of modern industry.