● The involute cavity design allows the material to hit the impact plate vertically, and the material returns to the material inlet in the plate hammer action area, increasing the number of hits, significantly improving the crushing efficiency, and providing a better discharge particle shape.
● The heavy-duty rotor adopts an integral welding process, which has high precision and strong impact resistance, reducing current fluctuations during operation. The joint surface between the rotor lower frame and the bearing seat adopts an integral processing technology to ensure processing accuracy.
● The multi-functional fully hydraulic operating system realizes fully hydraulic adjustment of discharge granularity and fully hydraulic opening of the top to replace wearing parts. The liner is fixed with high-strength bolts and can be directly replaced from the outside, reducing the labor and time costs of replacing the liner.
● The precise positioning device of the bearing seat reduces the difficulty of positioning the bearing seat during maintenance. The overall flat hammer design ensures reliable fixation and makes the disassembly and assembly of the blow bar more convenient and faster.