Automatic screen stirring device

Abstract

The invention provides an automatic screen stirring device which is even in stirring and capable of lowering labor intensity and increasing glaze slip attaching force. The automatic screen stirring device comprises a screen device, a stirring device body, a material containing box and a pair of sliding rails. The sliding rails are provided with sliding grooves respectively. Wheels matched with the sliding grooves are arranged on the two sides of the bottom of the material containing box respectively. The screen device comprises a screen support, an air cylinder, a screen, an air cylinder fixing plate and a pair of parallel screen fixing frames. The screen fixing frames are arranged on the screen support. Drawing and inserting grooves are formed in the opposite faces of the screen fixing frames. The air cylinder fixing plate is arranged at one ends of the screen fixing frames. The stirring device body comprises a sliding plate, a motor, a stirrer and four vertically-arranged height adjusting rails. The labor intensity is lowered, automatic stirring is achieved, the mixing uniformity and attaching force of glaze slip are improved, and the one-time pass percent of products is increased.

Description

technical field [0001] The invention relates to the field of enamel, in particular to a screen and a stirring device for enamel powder. Background technique [0002] With the development of industrialization, people have increased the mining and use of metal minerals, and the storage of such non-renewable resources has dropped sharply. How to use new materials to replace such metal objects (such as stainless steel) and meet the needs of production and life has become an urgent need things. [0003] In terms of waterproof and rust prevention, enamel products (enamel: a composite material in which enamel powder is condensed on the base metal and firmly combined with the metal during the processes of enamel powder coating, drying, and sintering) are gradually replacing stainless steel. In the production process, the adhesion of the glaze slurry (glaze slurry: add water to the enamel powder and fully stir to form a glaze slurry) directly affects the final pass rate of the ename...

AI Technical Summary

Problems solved by technology

[0004] At present, in the actual production process, the enamel powder is manually screened through the screen, resulting in high labor intensity.

At the same time, due to the relatively high cost of enamel powder, the glaze slurry that has not been used up in the previous batch and within the specified period can be added to the new powder to continue to use, and the mixing is uneven due to pure manual stirring

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