iHF AT5/AT10 Heavy-Duty Power Transmission Timing belt Pulley

Product features:

High-Strength Materials: Heavy-duty power transmission synchronous pulleys are typically made of high-strength, wear-resistant materials such as alloy steel and aluminum alloy to ensure stability and durability under high loads and high speeds.

Precision Manufacturing: The manufacturing process adheres to strict high-precision standards, ensuring that key parameters such as the pulley tooth profile and pitch are accurate, thereby improving transmission accuracy and stability.

Diverse Designs: To meet the needs of diverse industrial applications, heavy-duty power transmission synchronous pulleys offer a variety of design options, including different tooth profiles, pitches, pulley diameters, and widths.

Efficient Transmission: Synchronous pulleys utilize a toothing transmission method, enabling efficient and stable power transmission when used with a timing belt. Their mechanical efficiency is typically high, reaching 0.98 or higher.

Accurate Transmission Ratio: Due to the toothing relationship between the timing belt and pulley, heavy-duty power transmission synchronous pulleys can provide accurate transmission ratios, which is critical for applications requiring precise speed and torque control.

Non-slip Transmission: The synchronous belt transmission system has the characteristic of non-slip, which means that no additional heat and wear will be generated during the transmission process, thereby extending the service life of the transmission system.

AT-Series Reinforced Trapezoidal Timing Pulleys: An advanced evolution of T-Series technology, featuring reinforced tooth geometry and material enhancements to deliver proven reliability in harsh operating conditions. Engineered specifically for heavy-duty power transmission and high-torque industrial applications.