•The output module is supported by double tapered roller bearings, which can withstand greater radial and axial forces;
•The flow distribution module adopts an advanced end-face oil distribution mode and has an automatic wear compensation function, which can maintain the high volumetric efficiency of the hydraulic motor for a long time;
•The functional module adopts high-performance sliding shoes with high load-bearing capacity, low friction and high temperature resistance, which reduces mechanical friction loss. At the same time, it adopts a guide curve design with output torque and no pulsation of speed, which improves the smoothness and stability of the hydraulic motor. Impact resistance;
•The application of new composite strengthening treatment technology in hydraulic motors has greatly improved the fatigue resistance, wear resistance and corrosion resistance of parts and components, and the overall service life of the hydraulic motor.