Drive Belt

Rubber drive belts serve as core components for power transmission in modern industry. Automotive and electronics manufacturing lines typically utilize solid-woven or oil-resistant belts, whereas logistics centers prioritize high abrasion resistance and tear strength. The food processing sector requires food-grade and oil-resistant belts, while agricultural applications involving the inclined conveyance of granular materials frequently employ belts featuring a herringbone tread pattern. Thanks to their unique physical properties, rubber drive belts often offer distinct advantages over metal chains or polyurethane (PU) belts in specific operational environments. Their high flexibility enables the absorption of shock and vibration, while a high coefficient of friction ensures slip-free operation; furthermore, their inherent damping and noise-reduction capabilities result in quieter running performance. High-performance rubber compounds—such as Chloroprene (CR) and Nitrile (NBR)—are utilized in applications requiring resistance to oil and weathering.
High-strength materials—including polyester, aramid fibers, or specialized steel wires—are incorporated to ensure low elongation and high tensile strength.
Premium raw materials are predominantly sourced from countries such as Germany, Japan, and Italy.