Shredders reduce the size of materials by shearing, tearing, and compressing them with rotating blades .
The working principle of a dual-shaft shredder is to generate shearing, tearing, and compressing action through two sets of counter-rotating blade shafts, which, together with fixed blades and screens, achieve the crushing of solid materials. This process adopts a low-speed, high-torque power design to ensure stability and low energy consumption when processing large-volume materials. Some dual-shaft shredders are equipped with splines and hexagonal shafts to achieve uniform torque distribution and extend the life of the main shaft.
The single-shaft shredder series reduces the size of materials by shearing, tearing, and compressing them with rotating blades. Its power unit adopts intelligent hydraulic control. When crushing easily crushable materials, the cylinder runs at the fastest speed; when crushing difficult-to-crush materials, the propulsion speed automatically slows down to prevent rotor overload.
The intelligent shredder adopts a low-speed, high-torque shearing principle, which can effectively solve the crushing problem of soft materials. The equipment is equipped with a PLC intelligent monitoring system, which can monitor the operating status of the equipment in real time. Once material overload is detected, a reverse protection program will be automatically executed.
