1. Impact crusher is more effective in processing materials with a large amount of moisture. It can effectively prevent material clogging. The impact crusher does not need to be equipped with a bottom sieve plate to effectively prevent clogging.
2. Impact crusher is suitable for a wider range of material hardness. The blow bar of the impact crusher is firmly fixed on the rotor with a mechanical clamping structure. When it rotates with the rotor, it has greater momentum, which is suitable for crushing harder materials, and at the same time consumes less energy.
3. It is convenient and flexible to adjust the discharge granularity. The impact crusher can adjust the output particle size in various ways, such as adjusting the rotor speed, adjusting the gap between the impact plate and the grinding chamber, etc. Gap adjustment can be adjusted mechanically or hydraulically.
4. The triple impact plate structure is adopted to increase the number of strikes on the material, hard extrusion, reduce friction, reduce hammer head loss, and prolong the service life of wear-resistant parts.
High efficient in soft and middle hard rock crushing with big feed opening. 2 or 3 crushing chambers is optional.
Adopts high chromium plate so that it has shock resistance, abrasion resistance, and big impacting force.
Big crushing ratio, high-efficiency crushing, product after breaking with cubic shape.
The gap between impact plate and blow bar is easier to adjust so to control the discharging granularity effectively.
Impact crusher is a kind of stone crusher using impact force.
When impact crushing machine works, the motor drives the rotor rotate at a high speed. When the material gets into the blow bar working area, they will be stroke by the blow bar and thrown to the impact devices around the rotor. The material will come out from the discharge hole until they are crushed to the required size.
The materials from large to small all to be crushed at the impact chamber repeatedly. The clearance between the impact rack and the rotor can adjust the size and shape of the end product.
| Model | Feeder opening
size(mm) |
Max feeding
size(mm) |
Rotor size
D*L(mm) |
Capacity
(t/h) |
Power
(kw) |
| PF-1007 | 450X730 | 250 | Φ1000X700 | 10-60 | 45 |
| PF-1010 | 400X1080 | 300 | Φ1000X1050 | 50-90 | 55 |
| PF-1210 | 450X1150 | 300 | Φ1250X1050 | 70-130 | 90 |
| PF-1214 | 480X1500 | 350 | Φ1250X1400 | 100-180 | 132 |
| PFW-1315 | 860X1520 | 500 | Φ1320X1500 | 130-220 | 200 |
| PFW-1320 | 900X2000 | 500 | Φ1320X2000 | 160-350 | 315 |
| PFW-1520 | 930X2040 | 700 | Φ1512X2000 | 300-450 | 450 |
| PFW-1620 | 1150X2040 | 700 | Φ1612X2000 | 400-550 | 650 |
| PFW-1820 | 1620X2040 | 700 | Φ1800X2000 | 500-800 | 710 |
*The output will vary according to different materials, feed particle size and other factors
