Advantages of PCX series high-efficiency fine crusher products

• technical excellence

  The PCX series high-efficiency fine crusher absorbs high-quality technology, and is designed and manufactured as a new generation of high-efficiency fine crushers through optimized design and structural improvement.

• High fine granularity

  Reasonable combination of multi chamber crushing chambers, new convenient dual adjustment structure, with a discharge particle size of 85% for products below 3mm, resulting in fine and uniform product particle size.

• Easy maintenance

  A convenient maintenance device makes it easier to replace hammer heads and sieve plates.

• long life

  The wear parts are made of new high-quality multi-element high chromium alloy wear-resistant materials, ensuring superior wear resistance and impact resistance of the hammer head and lining plate.

• Efficient and energy-saving

  This series of crushers operates smoothly, with low dust and low power consumption.

• Large fragmentation ratio

  The second and third level crushing can be combined into one level crushing, with a crushing ratio of up to 25-30.

• Double the lifespan of the hammer head

  The high-efficiency fine crusher hammer head can be rotated for 4 times, doubling the lifespan of the hammer head, greatly saving costs and improving investment returns.

Working principle of PCX series high-efficiency fine crusher

The PCX series high-efficiency fine crusher is mainly composed of upper and lower shells, rotor parts, lining plates, counterattack devices, and hammer head devices. There are multiple overlapping hammer frames arranged on the axis of the rotor, and the hammer head device is fixed on the through rod between the hammer frames. The two ends of the spindle are supported on the frame by rolling bearing seats. The lining plate is divided into several pieces and fixed on the box to protect the box from wear and tear. The box is divided into upper and lower parts, which are connected by bolts for easy disassembly and maintenance.

The material enters the chamber from the feeding hopper in sequence and falls onto the high-speed rotating movable striking hammer head. Through the interaction between the hammer head and the counterattack plate, the material is initially crushed in the hammering zone. After multiple high-frequency repeated hammering and counterattacks, the material falls onto the middle partition plate, forming a pile up and sliding. It falls onto the sieve plate under the rotor and is then thrown at high speed to the counterattack plate for collision. It falls and is forcibly counterattacked, crushed, and ground by the mobile hammer head. Therefore, the material undergoes multiple composite pulverizations, scouring and grinding during its self weight falling process, thereby achieving ultrafine effects.

Picture display

Structure diagram of PCX series high-efficiency fine crusher

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