Integrated Application Of Latest Scientific Research Achievements
Based on the analysis of technical details and operating conditions of a good many domestic and foreign impact crushers, Impact Crushers integrated many latest scientific research achievements, for example, those concerning crushing chamber, rotor and adjusting device. Thus, the crushing operation and maintenance reach higher level.
Higher Crushing Efficiency – Heavy-duty Rotor with Strong Rotary Inertia and High Precision
CI5X Impact Crusher adopts the heavy-duty rotor with strong rotary inertia and high precision. Meanwhile, it is equipped with high-quality bearings, ensuring the precision and big holding capability of the rotor. So, further, materials can be fully crushed. The crushing ratio is bigger.
Multifunctional Hydraulic Operational System Improving Working Efficiency
CI5X Impact Crusher uses multifunctional hydraulic operational system which boasts high adjustment precision and high velocity. Meanwhile, the replacement and maintenance of hammer and impact blocks and the adjustment of discharging granularity get easier, which further cuts costs on labor and time.
Involute Crushing Chamber Ensuring Shape of Finished Products
The involute crushing chamber of CI5X Impact Crusher is efficient. Materials can be crushed several times inside the chamber. After crushing, finished products have good cubic shape which can better serve as high-quality aggregates.
Working Principle
CI5X Impact Crusher breaks materials with impact force. When materials enter the working area of hammer, they may be crushed under the high-speed shock and then thrown onto the impact device above the rotor for another crushing. Next, materials bounce from the lining plate to the working area of hammer again. This process repeats continuously until materials reach qualified granularity and are discharged. Adjusting the gap between the impact rack and the rotor rack can change the granularity and shape of finished products. Behind the impact plate is a spring safety device. When unbreakable materials enter the crushing chamber, the impact rack goes backwards to discharge unbreakable materials out of the crusher.