Automatic nanometer material production equipment

Abstract

The invention relates to automatic nanometer material production equipment. The automatic nanometer material production equipment comprises a base, a main body, a driving shaft and a second stirring disc, and also comprises an anti-splashing mechanism and a mixing mechanism; the anti-splashing mechanism comprises a first driving assembly, a first transmission rod, a cover plate, two supporting sleeves and two lifting rods; the mixing mechanism comprises a storage groove, a second driving assembly, a connecting rod, a lifting ring, a rotating sleeve, a first stirring disc, a limiting assembly and an annular groove; the first driving assembly comprises a first motor, a second transmission rod and a third transmission rod; the second driving assembly comprises a second motor, a screw rod anda moving block; the limiting assembly comprises a limiting groove and a limiting block. In the automatic nano-material production equipment, a container for containing raw materials can be covered bythe anti-splashing mechanism, so that the splashing quantity of the raw materials in the working process of a dispersion machine is reduced, the loss of the raw materials is reduced, the stirring range of the dispersion machine is expanded by the mixing mechanism, and the dispersion effect of the dispersion machine is improved.

Description

technical field [0001] The invention relates to the field of nanometer material production equipment, in particular to an automatic nanometer material production equipment. Background technique [0002] Nano paint adopts new nano materials. The performance of nano paint belongs to a large span in latex paint. Compared with ordinary latex paint, it has a greater improvement in scrub resistance, anti-fouling and anti-alkali. The characteristics of nano paint are: non-toxic and harmless, anti-mildew and scrubbing resistance, convenient construction, and chemical corrosion resistance. As a kind of nanomaterials, nano paint needs to use a disperser to pre-mix the nano paint during its production process. [0003] When the disperser is running at high speed, the agitator is likely to cause the raw materials in the container to splash, resulting in loss of raw materials and reducing the practicability of the disperser. Not only that, but the structure of the agitator of the prior ...

AI Technical Summary

Problems solved by technology

[0003] When the disperser is running at high speed, the agitator is likely to cause the raw materials in the container to splash, resulting in loss of raw materials and reducing the practicability of the disperser. Not only that, but the structure of the agitator of the prior art disperser is relatively simple, resulting in The mixing range of the agitator is small, which reduces the dispersion effect of the disperser

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