CSM510-V superfine grinder

Product introduction:

CSM510-V Ultrafine Pulverizer The ultrafine grinder is an internal grading type mill. This equipment can perform ultrafine grading and crushing operations during operation. If it is divided from the product type, this ultrafine pulverizer The crusher is a crushing equipment with the same functions as the CWJ crusher and the German ZPS in type.

Product composition:

   CSM510-V Ultrafine Grinder In terms of product composition, the superfine grinder equipment is mainly a crushing system composed of a machine base, a grading device, a crushing device, a cavity, a high-speed motor and other components.

    The equipment of the grading device is mainly composed of: grading main shaft, bearing unit, bearing seat, bearing cover, grading impeller and other components.

    The equipment of the crushing device is mainly composed of: crushing main shaft, bearing unit, bearing seat, bearing cover, crushing disc, crushing hammer block and other components.

    The equipment composition of the feeding system is mainly composed of: geared motor, screw shaft, feeding hopper and other components.

Working principle:

    The shape of the crusher equipment cavity adopts a straight cylindrical design, with an ultra-fine classifier system installed in the upper half, and an ultra-fine crusher system installed in the lower half of the equipment.

   Equipment crushing device The equipment in the crushing classroom is mainly composed of crushing discs and grinding blocks. The main function of this equipment is to crush large pieces of materials into fine powders.

In the classifier device, the classification equipment is mainly composed of a classification impeller. In the process of material crushing, the crushed materials can be screened by particle size. The materials that meet the particle diameter will be output through the discharge port in the equipment and enter the cyclone. Centralized collection is carried out in the collector and then the material is discharged. The material that does not meet the particle diameter will continue along the inner wall of the cavity and only need to fall back into the crushing chamber to continue the secondary crushing until it reaches the standard.