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The hydraulic system is integrated to provide easy adjustment of the impact plates and to offer overload protection. This ensures that the crusher can operate safely under different working conditions. The feeding system is designed to ensure a smooth and continuous flow of materials into the crushing chamber, maximizing the utilization of the crusher's capacity.
1. Balanced Rotor Design: The balanced rotor reduces vibration, which not only extends the service life of the crusher but also improves the quality of the crushed product. It also reduces the noise generated during operation, making it more suitable for use in areas with noise restrictions.
2. Hydraulic Adjustment and Overload Protection: The hydraulic system allows for quick and easy adjustment of the impact plates, saving time and effort during operation. The overload protection feature ensures the safety of the equipment by automatically shutting down the crusher in case of an overload.
3. Efficient Feeding System: The feeding system is designed to match the capacity of the crusher, ensuring a continuous supply of materials. It can handle different sizes of feed materials and distribute them evenly in the crushing chamber for optimal crushing results.
4. Advanced Wear Protection: In addition to the wear-resistant impact plates, the crusher is also equipped with other wear-resistant components such as liners and hammers. These components are made from high-quality materials and are designed to withstand the abrasion caused by the crushing process.
1. Sand Making: In the sand making industry, our Stone Impact Crushers can be used to produce artificial sand with a good particle shape and gradation. The crushed sand can be used in the construction of buildings, roads, and other infrastructure projects.
2. Glass Recycling: For the recycling of glass, impact crushers can effectively crush the glass into small pieces for reuse. The balanced rotor design and low vibration ensure that the glass is not overly fragmented, preserving its quality for further processing.
3. Ceramic Raw Material Processing: In the ceramic industry, impact crushers are used to crush raw materials such as kaolin and feldspar into the appropriate particle size for ceramic production. The adjustable product size feature allows for precise control of the final product size.
4. Municipal Solid Waste Treatment: In the treatment of municipal solid waste, these crushers can be used to break down large pieces of waste into smaller sizes for further sorting and recycling. The overload protection feature ensures the safe operation of the crusher even when dealing with unpredictable waste materials.
Our high-effective Strong Impact Crusher offers prime crushing
PFQ powerful impact crusher is a high-crusher, which is used for coarse, medium and fine crushing operations of various materials whose compressive strength does not exceed 250MPa
Here is what set our PFQ Series Strong Impact Crusher apart:
Staggered hammer arrangement increases efficiency.
Adjustable outlet grate for control of finished product.
Horizontal feed system smooths operation.
Durable design features to withstand the toughest material.
Using hydraulic technology for easier maintenance.
Model | Maximum Feed | Discharge Particcle Size | Capacity | Power | Dimension |
(mm) | (mm) | (t/h) | (kw) | (mm) | |
PFQ1520 | 500 | 40 (80 - 90%) | 400 - 500 | 2 * 250 | 6230 * 3700 * 3100 |