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Structure Characteristics And Working Principle Of Inertia Cone Crusher

Last Update:2020-05-12 18:48:22

Inertia crusher has a unique working principle and structure, which can realize the selective crushing of materials and meet the technological requirements of more crushing and less grinding of customers. The machine has been widely used since its successful R & D in Russia. It has been sold to companies in Germany, Japan, China, etc., and hundreds of inertia cone crushers have been used in production around the world.

The unique structure of the inertia cone crusher determines that the crusher has large crushing ratio, fine and uniform product size, low power consumption per unit and can crush brittle materials of any hardness. In the grinding industry, the use of inertia cone crusher to crush Abrasives can significantly simplify and improve the traditional crushing process system, greatly reduce the energy consumption during crushing, reduce the content of fine particles, and reduce the loss of useful components. It can also be used for the recovery of waste abrasive products, and can keep the original composition and particle shape. In addition, it can also be used to produce flawless abrasive particles.

In artificial sand making, the machine can strictly control the size of its crushing force, and can produce multi-level, equal angle, small defect particles, which can significantly improve the strength of the building. In addition, in the beneficiation process, the three-stage, four stage crushing can be changed into two-stage crushing, and the two-stage grinding can be changed into one-stage grinding, which simplifies the process flow, improves the beneficiation productivity, reduces energy consumption and economic cost.

The principle of cone inertia crusher is: the machine body is installed on the elastic support, the moving cone is supported on the spherical bearing seat, and the main shaft of the moving cone is inserted in the inner hole of the eccentric shaft sleeve. The motor rotates the center line of the moving cone around the center line of the crusher through the pulley, sexual coupling, spindle sleeve and vibrator, which is called precession movement. The material is broken by the centrifugal inertia force produced by the exciter and the moving cone.


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