Soil crushing equipment and soil crushing method for improving kaolin plasticity

Abstract

The invention relates to the technical field of ceramic china clay processing, in particular to a soil crushing device and method for improving the plasticity of kaolin. The soil crushing device for improving the plasticity of kaolin comprises a machine frame, linear bearings, mud smashing arms, beating heads, a mud smashing arm drive device and a soil crushing bin, wherein the linear bearings are installed on the machine frame; the mud smashing arms penetrate through the linear bearings to be arranged on the machine frame and can move in the axial direction; the beating heads are connected to the lower ends of the mud smashing arms; the mud smashing arm drive device is connected with the mud smashing arms to drive the mud smashing arms to act in the axial direction; the soil crushing bin is arranged below the mud smashing arms; when the mud smashing arms downwards act, the beating heads beat kaolin in the soil crushing bin, and the kaolin in a soil beating station is scattered. The soil crushing device and method for improving the plasticity of kaolin have the advantages of being good in beating effect, high in processing efficiency, small in floor space, high in device flexibility and the like.

Description

technical field [0001] The invention relates to the technical field of ceramic china clay processing, in particular to a soil crushing equipment and a soil crushing method capable of improving the plasticity of kaolin. Background technique [0002] Kaolin is a non-metallic mineral, a kind of clay and clay rock mainly composed of kaolinite clay minerals. Kaolin has a certain degree of plasticity, cohesiveness, suspension and binding ability, endows porcelain clay and enamel with good formability, and makes ceramic mud blanks beneficial to car blanks and grouting, and easy to form. Before use, kaolin must be processed into fine powder before it can be added to other materials and fully integrated. [0003] The existing kaolin processing methods include mechanical crushing and airflow crushing. The structure of kaolin is mainly composed of micro-flaky, tubular, and laminated kaolinite cluster minerals less than 2 microns. Kaolin is processed by the existing method. After pulv...

AI Technical Summary

Problems solved by technology

This kind of processing device has the following problems: the one is that the processing efficiency is low, the mud smashing arm of this processing device does an arc-shaped movement through the rotating shaft, the action time is long, and the mud smashing frequency is low; The strength of the mud arm must lengthen the length of the mud arm, which occupies a large area; the third is that it cannot be moved at any time. The mud nest and mud seat of this device are fixed on the bottom surface, and cannot be moved once installed

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