The crusher flywheel is an important component of the crusher. During the crusher's working process, the power source, such as the motor, drives the flywheel to rotate through the transmission device. Because the flywheel has a large mass and moment of inertia, a large amount of kinetic energy is stored during the rotation process. When the crusher's crushing chamber encounters a large block of material or impact load, the energy stored in the flywheel is released to help the crusher overcome the instantaneous resistance and ensure that the crushing work can be carried out stably, continuously, and effectively.

To ensure the stable quality of the crusher flywheel, we rigorously control each link, such as design, material selection, manufacturing, and testing.

According to the environment and working conditions of the crusher, select the appropriate material. For example, in a high-impact and high-wear environment, materials with high strength, high toughness, and good wear resistance should be selected; for flywheels operating in high-temperature environments, the thermal stability and thermal fatigue performance of the materials must be considered. The flywheels we design meet the stringent requirements for moment of inertia, stiffness, strength, and dynamic balance, ensuring that customers can install and use them normally.