• Heavy-duty rotor design, rigorously tested for high quality.
• Integral cast steel bearing housing ensures secure frame fit and enhanced radial strength, unlike split types.
• Unique plate hammer fixation increases hammer reliability.
• Improved adjustment system reduces downtime and maintenance time.
• Open-top feature enables rapid replacement of hammers and wear parts.
• Uses larger bearings with higher load capacity.
• Finite Element Analysis ensures stable and reliable rotor performance.

• Wide Adjustment Range for Output Control.
• Produces Diversified Crushing Specifications.
• High Processing Efficiency.
• Energy Saving Operation.
• Stable and Reliable Performance.
• Simple Structure Simplifies Maintenance.
• Durable Wear Parts Extend Service Life.

An impact crusher’s core is the rotor, fitted with rigidly attached hammers. Driven by the transmission, the fast-spinning rotor uses its inertia, via the hammers, to forcefully strike and shatter material. Secondary crushing occurs when the material hits the specifically designed impact plates within the crushing chamber, which provides space for this action. The entire assembly is supported by a robust frame that handles the operational forces, ensuring stability. Finally, discharge size adjustment devices allow users to control the final particle size of the crushed material to meet different production needs.

When the impact crusher is working, the motor drives the rotor through the V-belt, and the material is crushed by the high-speed impact of the hammer and is thrown to the impact bracket to break again, and then bounce from the impact surface to the impact area of the hammer again. This process is repeated until the material is crushed to the required size. The material flows from the first feed port to the first crushing chamber, and then into the second crushing chamber. When the crushed ore particle size is smaller than the gap between the hammer head and the impact plate, it will be discharged . This machine adopts a self-weight safety device on the rear rack. When the non-broken objects enter , the front and rear counter-attack frames will retreat, and the non-broken objects will be discharged from the machine body.