PFS High-Energy Hydraulic Impact Crusher-Stationary Crusher-Mining Equipment Manufacturer -Vipeak Mining Machinery,VIPEAK Heavy industry

PFS High-Energy Hydraulic Impact Crusher

The PFS high-energy hydraulic impact crusher represents another technological breakthrough by VEKING Mining Machinery’s R&D engineers in the field of mining crushing equipment, with a maximum feed size reaching up to 1000 mm. Compared with conventional impact stone crushers, this hydraulic impact crusher boasts a far larger reduction ratio. Equipped with a dedicated hydraulic adjustment mechanism, the machine can freely switch between primary crushing and secondary crushing working conditions. While retaining the outstanding cubical particle shape advantage typical of impact crushing machines, it greatly boosts overall production output, serving as the core main equipment for full-set aggregate crushing production lines.

Applications:
Concrete batching plants, sand and gravel aggregate yards, quarry & mining operations, coal mining, dry-mix mortar manufacturing, power plant flue gas desulfurization, quartz sand processing, etc.

Photo Album

Working Principle

The impact crusher is made up of a housing, a rotor, and impact plates.
The impact crusher uses impact energy to break materials. When working, the rotor spins at high speed driven by the motor. When materials enter the hammer action area, they are crushed by hitting the hammers on the rotor, then thrown onto the impact device for further crushing, and then bounce back from the impact plate to the hammer action area to be crushed again. This process repeats, and materials gradually move from the first, second, third, and impact chambers, being crushed repeatedly until they reach the desired size and are discharged from the outlet. Adjusting the gap between the impact frame and the rotor can change the particle size and shape of the output material.

Performance

Hydraulic Adjustment System for Easy Operation

The hydraulic system automatically adjusts the gap between impact frame and blow bars, reducing manual labor and improving operational efficiency.

High Crushing Efficiency & Increased Capacity

The constant-tension impact frame design improves crushing stability and increases production capacity by up to 20%, while reducing energy consumption.

Heavy-Duty Bearings for Long Service Life

Optional oversized bearings improve load capacity. The integrated cast steel bearing housing enhances durability and radial strength for heavy-duty mining applications.

Integrated Structure for Easy Maintenance

The split housing design with hydraulic opening system allows fast maintenance and reduced downtime, improving overall plant productivity.

Heavy-Duty Rotor Design for Stable Performance

The high-inertia rotor improves crushing force. Wedge-fixed blow bars ensure secure installation and easy replacement. Crescent-shaped blow bars improve vertical impact efficiency for better particle shape.