Port | qingdao |
Lead Time | 24 |
Impact crushers can crush various coarse and medium materials
with a particle size of not more than 200-700mm and a compressive
strength of not more than 350MPa, such as limestone, concrete,
dolomite, construction waste, etc. The size of the discharge
granularity can be adjusted, and the crushing specifications are
diversified.
The impact crusher is widely used in building materials, ore
crushing, railways, highways, energy, transportation, energy,
cement, mining, chemical, and other industries for medium and
fine crushing materials. The size of the discharge particle size
can be adjusted, and the crushing specifications are diversified.
The finished product is cubic, free of tension and cracks, and
has a very good grain shape.
It is crusher equipment that is of finer size than the jaw
crusher.
It is usually matched with a jaw crusher in the complete crushing
production plant.
1. Big feeding mouth, high crushing chamber, high adaptability of the material hardness, and a small portion of powders
2. Very convenient to adjust the gap between the impacting plate and the plate hammer, so it can effectively control the discharging granularity
3. Final product is the cubic shape
4. Compact structure and strong rigidness, and the rotor has big rotational inertia
5. With a high chromium plate, it has shock resistance, abrasion resistance, and a big impacting force.
6. Easy to make maintenance, very economical, and reliable.
Model |
Rotor size (mm) |
Feed opening size (mm) |
Max. Feeding size (mm) |
Capacity (t/h) |
Power (kW) |
Dimension (L*W*H)(mm) |
PF-1007 |
Ø1000×700 |
400×730 |
250 |
15-60 |
37 |
2440×1580×2672 |
PF-1010 |
Ø1035×1050 |
400×1080 |
300 |
50-90 |
55 |
2650×2150×2900 |
PF-1210 |
Ø1250×1050 |
400×1080 |
300 |
70-130 |
110 |
2800×2150×2900 |
PF1214* |
Ø1250×1400 |
400×1430 |
300 |
90-180 |
132 |
2850×2400×2900 |
PF-1315* |
Ø1320×1500 |
860×1520 |
350 |
120-250 |
220 |
3100×2800×3160 |
PF-1318* |
Ø1320×1500 |
880×2000 |
350 |
150-260 |
250 |
3100×3210×2613 |
PF-1320* |
Ø1320×2000 |
900×2030 |
500 |
160-350 |
315 |
3320×3218×2613 |
PF-1520* |
Ø1512×2000 |
1315×2040 |
700 |
350-450 |
400 |
4138×3422×3649 |
PF-1620* |
Ø1612×2000 |
1315×2040 |
700 |
400-600 |
450 |
4236×3572×3735 |
PF-1820* |
Ø1800×2000 |
1620×2040 |
700 |
550-800 |
630 |
4471×3250×4008 |
1. Q: What are the most important factors affecting the efficiency of an impact crusher?
A: The most important factors affecting the efficiency of an impact crusher are the material characteristics, feed size and gradation, rotor speed, and blow bar design.
2. Q: How can I increase the throughput of my impact crusher?
A: To increase the throughput of your impact crusher, you can increase the rotor speed, reduce the feed size, or adjust the blow bar design for optimal performance.
3. Q: What are some of the most common maintenance tasks to help improve the efficiency of my impact crusher?
A: Some of the most common maintenance tasks to help improve the efficiency of your impact crusher include checking the wear on the rotor and blow bars, looking for any loose components or debris, and ensuring the correct lubrication of the crusher.
4. Q: What kind of design modifications can I make to my impact crusher to improve its efficiency?
A: Design modifications that can be made to your impact crusher to improve its efficiency include optimizing the blow bar design and increasing the rotor speed.
5. Q: How can I ensure that my impact crusher is running efficiently?
A: To ensure that your impact crusher is running efficiently, you should regularly inspect and maintain the crusher, check for any loose components or debris, and make sure that the correct lubrication is being used. Additionally, proper feed size and gradation should be maintained for optimal performance.