The Reducer Brake Spring PG1002/PG1003 is a vital and high - quality component specifically designed for ZOOMLION concrete pump trucks. It plays a crucial role in the proper functioning of the reducer brake system, ensuring reliable and efficient braking performance.

Precise Design

Optimal Spring Rate: The spring rate of PG1002/PG1003 is precisely engineered to match the requirements of the concrete pump truck's reducer brake mechanism. This ensures that the springs can exert the appropriate amount of force to hold the brake pads in place and apply the correct braking pressure when needed. The precise spring rate contributes to the smooth and consistent operation of the brake system, allowing for accurate control and reliable stopping power.

Accurate Dimensions: The springs are manufactured with strict precision to ensure accurate dimensions. This allows for a perfect fit within the reducer brake assembly, minimizing any potential gaps or misalignments that could affect the performance of the brake system. The precise manufacturing process guarantees that each spring meets the high standards of quality and functionality required for ZOOMLION concrete pump trucks.

Reliable Performance

Stable Braking Force: The PG1002/PG1003 brake springs are designed to provide a stable and consistent braking force. They work in harmony with other components of the brake system to ensure that the reducer can be brought to a stop quickly and smoothly, even under heavy loads and demanding operating conditions. The reliable performance of the springs helps to enhance the overall safety and efficiency of the concrete pump truck.

Long Service Life: Thanks to their high - quality material and precise design, these brake springs have a long service life. They can endure the harsh working environment of the concrete pump truck, including exposure to dust, vibration, and temperature variations, without significant degradation in performance. This reduces the frequency of maintenance and replacement, saving both time and cost for the users.