Analysis of the Superiority of Cone Crusher Based on Lamination Crushing

Analysis of the Superiority of Cone Crusher Based on Lamination Crushing

The lamination crushing is able to significantly improve the production efficiency of the crushing and powder grinding equipment, improve the quality of the crushed products and reduce the energy consumption by the crushing and powder grinding equipment, based on which, the experts of Hongxing Machinery research and develop various modern crushing and powder grinding equipment with high efficiency based on lamination crushing theory. This paper is mainly to introduce the superiority of cone crusher.

(1) Improve the production efficiency.

The material feeding of the lamination crushing is sufficient and the material filling rate is high. Compared with cone crusher designed on the basis of single particle crushing theory, the cone crusher designed on the basis of lamination crushing theory can significantly improve the production efficiency of the crushing machine.

(2)The quality of the crushed products is high.

The final products crushed under the single particle crushing theory are relatively bad in quality, big in product granularity and discharging granularity and high in needle-shaped product content. The lamination crushing is a selective crushing, and the bulk materials are crushed on the stress concentration parts such as the cracks in the rocks and defects of the crystals, as a result of which, the quality of the crushed products is high because the standard material discharging granularity is high and the content of needle-shaped products is low.

(3) Reduce energy consumption.

The forms of the energy consumption during the crushing and powder grinding process are mainly the effective crushing power, frictional heating, crushing noises and the power consumption of the equipment itself. The cone crusher manufactured based on the lamination crushing theory has high energy utilization rate because a large part of the energy is consumed in the form of heat and kinetic energy.