PU synchronous belts are made of thermoplastic polyurethane material, with a frame made of steel wire or aramid yarn, ensuring excellent performance, accurate transmission, and smooth operation during conveyance, and serving both transmission and conveying functions.

Features of PU Open-End Synchronous Belts:
(1) Accurate transmission, free of slippage during operation, featuring a constant transmission ratio.
(2) Smooth transmission, with shock absorption and vibration reduction capabilities, low noise.
(3) High transmission efficiency, up to 0.98, with significant energy-saving effects.
(4) Easy maintenance with no need for lubrication, low maintenance costs.
(5) Wide speed ratio, typically up to 10, with linear velocities reaching 50m/s, offering a broad power transmission range from several watts to several hundred kilowatts.
(6) Suitable for long-distance transmission, with a center distance of over 10 meters.

Conveyor belts, also known as drive belts, serve as the transmission medium in a drive belt system. A drive belt system is a type of transmission system that consists of two or more pulleys with a drive belt, allowing the belt to rotate around the pulleys indefinitely. One or more pulleys provide power to the drive belt and support the material being driven on the drive belt. The pulley that powers the drive belt is called the drive pulley, while the others are known as idler pulleys.

Conveyor beltConveyor belt, also known as a transport belt, is a rubber and fiber, or metal composite product, or a plastic and fabric composite product, used for carrying and transporting materials in belt conveyors. Conveyor belts are widely used in short-distance, low-volume conveying scenarios in industries such as cement, coking, metallurgy, chemicals, and steel.