How to make a can crusher？

How to make a can crusher？Can crusher is a kind of advanced fine crushing equipment.On the basis of absorbing the advantages of many kinds of grinder, the series of products fully use the theory of impact, shear, impact, grinding and so on.

   How to make a can crusher？When the can crusher at work,the material can obtain fully and effectively crushing in the crushing cavity,the yield and efficiency is high, energy consumption is low, the material is fine and uniform.When the device is used, the noise is low, and the operation is simple, and the maintenance is convenient. Note: the production capacity is related to the physical properties, feeding mode, feed particle size and composition of the material.  

   How to make a can crusher？It uses the basic principle that motor to drive the wind wheel,in the high-speed high-torque motor drive,broken material can be fully and effectively crushing in the crushing cavity,it tear the broken pieces into a broken piece.The broken material through the air swing sorting system,leftting the metal and nonmetal, and the whole system is equipped with a dust removal device, the production process of dust pollution hazards to the minimum. 

   How to make a can crusher？The material cut, cut, torn and pulled by a double shaft or a single axle low speed rotation.It adopts double axle or single axle low speed rotation and uses the cutter to cut, tear and pull the material.Direct worm gear motor, which are mounted directly on the mill drive shaft,the gear transmitted to the driven shaft, the knife of the driving shaft and the shell of the stationary blade disc formation relative motion. The spiral cutter disk of the driving shaft is arranged in a staggered arrangement, so that the material enters the rear, and the material is squeezed, torn and cut.

   How to make a can crusher？Using high-speed rotating impeller long cans stir tear break, high-speed rotation (about 1000 rpm) on the main axis of the tandem with multiple pieces of round steel plate, the plate is connected with a spindle rotation.