The Reversible Hammer Crusher is an impact crushing machine featuring a rotor that can rotate in both directions. It is highly efficient for fine crushing brittle materials like coal, limestone, and gypsum ensuring uniform particles.



It has reasonable structure, equipped with the buffering and damping device. The machine body shocks small with lower noises and high strengthen.
Monitoring door are set reasonably. Hinges for upper and bottom machine body, open the upper cover by hydraulic controlling, convenience to maintain and inspect.
It is designed with regulating part to adjust the pre-tightening force of spring easily to control the discharging size effectively and satisfy the crushing ratio.
This crusher machine makes rotor rotate reversely, so it can prolong the service life of hammer and reduce the frequency of maintenance.




The rotor can rotate in both directions, allowing both sides of hammer heads to work evenly and reducing wear frequency.
Designed without a grate bar, it effectively prevents clogging. This ensures consistent throughput and smooth operation in any environment.
Adjustable grate clearance controls discharge size, producing more consistent output for different production requirements.
Its optimized crushing chamber and high-speed rotor deliver a massive reduction ratio. It achieves excellent fine-crushing results in a single pass.
After the falling material enters the reversible impact hammer crusher, it encounters the high-speed rotating hammer head; it is hit by the adjustable wear-resistant tooth plate at the entrance of the crusher for the first crushing, and the crushed materials have basically the same particles Evenly enter the main crushing cavity for secondary primary crushing, and the material particles that have been homogenized in the primary crushing cavity obtain kinetic energy from the hammer head again. It rushes to the sawtooth liner inside the impact chamber at high speed, rebounds upwards from the sawtooth liner, and is crushed by the hammer again. At the same time, the materials are also crushed by the impact of each other, and the cycle repeats. After repeated crushing in the counterattack cavity, the crushed materials are finally discharged from the discharge port, and the finely crushed materials are the final products.


| Model | Rotor size(mm) | Input Size (mm) | Output Size (mm) | Capacity (t/h) | Power (kw) | Overall Dimension (mm) |
| PCK1007 | φ1000×700 | <80 | <15 | 25-40 | 45 | 2670×1665×1700 |
| PCK1010 | φ1000×1000 | <80 | <15 | 35-70 | 55 | 2670×1965×1700 |
| PCK1012 | φ1000×1250 | <80 | <15 | 70-90 | 55 | 2670×2215×1700 |
| PCK1214 | φ1250×1400 | <100 | <15 | 120-150 | 132 | 2830×2490×2200 |
| PCK1416 | φ1400×1600 | <120 | <15 | 160-250 | 160 | 3205×2845×2400 |
| PCK1618 | φ1600×1800 | <140 | <15 | 280-350 | 315 | 4550×3250×2680 |
*The output will vary according to different materials, feed particle size and other factors
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