Mixing all-in-one machine used for processing synthetic mica

Abstract

The invention relates to a mixing all-in-one machine used for processing synthetic mica. A material lifting inlet and a material lifting outlet are formed in a material lifting device; the material lifting outlet is connected to a feeding hole of a material mixing device through a butt joint pipe; a discharging hole of the material mixing device is connected with a discharging device; a second rotary shaft is arranged at the upper part of a material mixing box body of the material mixing device, and two first rotary shafts are arranged at the lower part of the material mixing box body; the central line of the second rotary shaft is located on front and back symmetrical planes of the material mixing box body; the first rotary shafts are symmetrical about the front and back symmetrical planes of the material mixing box body; the first rotary shafts and the second rotary shaft are located in the material mixing box body and are in sleeving joint with first rotary barrels and a second rotary barrel respectively; stirring blades are arrayed on the first rotary barrel in a staggered manner and stirring rods are arrayed on the second rotary barrel in the staggered manner. According to the mixing all-in-one machine, the three rotary shafts are distributed in a triangular shape for mixing materials, so that the material mixing efficiency is extremely improved and the material mixing time is shortened; meanwhile, the material mixing quality can also be improved; the material lifting device is arranged, so that the materials can be fed to a high-efficiency material mixing device very well.

Description

technical field [0001] The invention relates to the field of synthetic mica, in particular to an integrated mixing machine for processing synthetic mica. Background technique [0002] Because of its electrical insulation, corrosion resistance, heat resistance, water resistance, elasticity and high peelability, mica is widely used in various fields such as electrical appliances, paints, chemicals, cosmetics, and aerospace. Most of the mica products produced by the prior art are Natural mica is used as the material, and mica products processed from natural mica have shortcomings such as corrosion resistance and high temperature resistance, which cannot meet higher applications in use, so a new type of synthetic crystal mica has emerged. [0003] The new synthetic crystalline mica generally needs to go through steps such as crushing of raw materials, mixing, and calcination of the mica base. Mixing is an indispensable part of the synthesis of mica. Most of the existing syntheti...

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Problems solved by technology

[0002] Because of its electrical insulation, corrosion resistance, heat resistance, water resistance, elasticity and high peelability, mica is widely used in various fields such as electrical appliances, paints, chemicals, cosmetics, and aerospace. Most of the mica products produced by the prior art are Natural mica is used as the material, and mica products processed from natural mica have shortcomings such as corrosion resistance and high temperature resistance, which cannot meet higher applications in use, so a new type of synthetic crystal mica has emerged

[0003] The new synthetic crystalline mica generally needs to go through steps such as crushing of raw materials, mixing, and calcination of the mica base. Mixing is an indispensable part of the synthesis of mica. Most of the existing synthetic mica mixers have mixing devices. The existing mixing devices all use single-shaft stirring, and a rotating drum is installed on the single shaft and stirring blades are added for stirring. This kind of stirring device has defects such as long stirring time, easy shaft breakage, and low stirring efficiency. At the same time, the existing Most of the mixing devices require manual loading, which consumes a lot of manpower

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