Rotary flow field type continuous mixing equipment for ceramic powder

Abstract

The invention relates to the technical field of ceramic powder mixing machines and in particular relates to rotary flow field type continuous mixing equipment for ceramic powder. The rotary flow fieldtype continuous mixing equipment comprises a supporting leg, a first motor and a speed reducer, wherein the first motor is arranged on the supporting leg; a material storage barrel is arranged at theleft side of the first motor; a spiral reamer is arranged in the material storage barrel; an output shaft of the first motor is connected with the right end of the spiral reamer through the speed reducer; two bases are arranged at the left side of the material storage barrel; the bases are provided with a left hollow rotary shaft and a right hollow rotary shaft respectively through second bearings. The rotary flow field type continuous mixing equipment for the ceramic powder has the beneficial effects that materials are uniformly mixed, and all the raw materials are subjected to a centrifugalforce due to rapid rotation so that a dead angle problem of the materials is not caused; when the materials fall off from the topmost part of an inner wall of a mixing barrel body and are scattered,a stirring tool which is rotated rapidly has a stirring and shearing force effect; the materials are irregular dispersed and are mixed; the mixing uniformity of the ceramic powder is improved due to random mixing.

Description

technical field [0001] The invention relates to the technical field of ceramic powder mixers, in particular to a ceramic powder rotating flow field continuous mixing equipment. Background technique [0002] Ceramic powder mixer is the key equipment for ceramic production enterprises to produce ceramic products. It has an increasingly important influence on the quality of ceramic products and is an indispensable part of modern ceramic production. The disadvantage of traditional vertical ceramic powder mixing equipment is that there are the following main problems: ① Uneven mixing: when various ceramic powders are placed in the cylinder of the traditional vertical ceramic powder mixing machine, due to stirring Due to the limitations of the blades of the mechanism, there is a material dead angle at the bottom, and it is impossible to effectively mix various ceramic powders evenly, which leads to a series of defects in the produced ceramic products; ②Low efficiency: traditional ...

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Problems solved by technology

The disadvantage of traditional vertical ceramic powder mixing equipment is that there are the following main problems: ① Uneven mixing: when various ceramic powders are placed in the cylinder of the traditional vertical ceramic powder mixing machine, due to stirring Due to the limitations of the blades of the mechanism, there is a material dead angle at the bottom, and it is impossible to effectively mix various ceramic powders evenly, which leads to a series of defects in the produced ceramic products; ②Low efficiency: traditional vertical ceramic powder The mixing machine is an intermittent mixing equipment. Both feeding and discharging need to suspend the operation of the machine, and the cycle to complete the mixing is too long, which takes a lot of time; ③Pollution of the working environment: traditional vertical ceramic powder mixing Due to the poor sealing of the machine and the scattering of some ceramic powders during feeding and discharging, it will affect the quality of the working environment; ④The whole machine takes up a lot of space: the traditional vertical ceramic powder mixer is large in size and vertical The way of vertical placement makes the whole machine require a lot of space

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