subject: Introduce Of Round Pendulum Super Fine Crusher [print this page] A round tilting superfine crusher is widely used in hard materials, crushing equipmentindustry. The working principle is: the broken materials from the feed device into the crushing cavity broken by the activities of the cone surface downward slide, activities broken cone of high-speed circumferential direction of the swing, so that the materialbroken sleeve and fixed broken cone in the activities which is squeezed between RCC broken into smaller particles. Characterized as follows: 1. Said Yuan put superfine crusher, the main shaft of the eccentric shaft broken cone, high-speed rotation of the eccentric shaft driven activities generate the circumferential direction of the swing, extrusion and rolling on the materials. Two. Described eccentric shaft and the rack on the installation of Rolling, described the activities of crushing cone and the installation of the eccentric shaft using bearings, the frictional torque in the eccentric shaft rotates, thesmaller useless power consumption.3. Round tilting superfine crusher, with power-saving, high utilization of wear parts, uniform particle size of nesting, nesting particle size is adjustable, use and maintenance of the advantages of simple.
The main claims:
Round tilting superfine crusher, hard materials since the catchy enter the crushing chamber, free-fall through the activities broken the gap between the cone and fixed broken cone, due to the circumferential direction of the activities of the crushing cone swing, so materials are extrusion and rolling to reach the purpose of the broken material. Its main feature is that: as described in the round tilting superfine crusher is used in the eccentric shaft described in the eccentric shaft and the frame body and activities between the broken cone of Rolling installation, its main features are as follows: as described in eccentric spindle broken cone Rolling parts of the axis line of said eccentric shaft, installation of rolling bearings in the frame body position of the axis line of adult-shaped angle or parallel linear eccentric installation activities.
