Mobile impact crusher station
Mobile impact crusher station is a new high-efficiency crushing equipment, which is characterized by small size, simple structure, large crushing ratio (up to 40), low energy consumption, large capacity, uniform particle size, and selective crushing effect, is a promising device. But its biggest drawback is that hammer and the impact plate special easy to wear, especially in hard ore crushing, abrasion is more serious and require frequent replacement. At present, because some of the wear-resistant material appears, in some metal processing plant has been applied.

Mobile impact crusher station usage:
This series of products can handle 100-500 mm side length following materials, with a compressive strength of up to 350 MPa, with large crushing ratio, cubic particles of broken material advantages.

Mobile impact crusher station working principle:
Impact crusher station is a use of impact energy to crush materials broken machinery. The machine work, driven by the motor, the rotor rotating at high speed, the material into plate hammer area of the rotor plate hammer impact crusher, then was thrown back on the device again broken, and then from the back liner bounced back plate hammer area re-broken, this process is repeated, the material descending into one, two, three back cavity repeated broken until the material is crushed to the desired particle size by the discharge port. Adjust back frame and the gap between the rotor material can achieve the change the shape of the particle size and material purposes. Stone directly into the top of the machine high-speed rotation of the turntable; the centrifugal force at high speed, with another part of the turntable umbrella manner around the shunt produce high-speed collision of flying stones and high density of crushed stones hit each other, then they will between the turntable and the chassis caused by the formation of vortex motion against each other many times, rubbing, grinding, straight from the lower discharge. Form a closed loop several times by the screening device control to achieve the required particle size.