Isostatic double-circulation-pressure automatic grouting forming production line for ceramic throwing

Abstract

The invention discloses an isostatic double-circulation-pressure automatic grouting forming production line for a ceramic throwing. The production line structurally comprises a rear seat plate rack, astepping motor, a double-ring throwing cap body, a loading basin, a workbench, a double-motor socket and a power distribution base. According to the production line, the double-ring throwing cap bodyis matched with the loading basin to form an isostatic rotation regulation and control effect of a differential double-flow pressure arc, the ceramic throwing can form pressurized mass density due tostirring of blank materials, so that the uniform sliding brushing fluid effect of a ceramic inner layer is achieved through integral automatic grouting casting, it is ensured that the angle distanceeffect of the front station and the rear station of an outer wire drawing cutter plate and an inner lining arc cutter plate working on a double-ring scraper frame is smooth and synchronous, the flatness of a ceramic side arc surface is enabled to obtain the die casting effect of a whole die track, a ceramic inner cavity forms an inner grinding surface of a wide and thick outer support through rolling friction, the one-step pressure reduction of the whole ceramic is ensured, the effect of rapid and thorough forming is realized, and the uniform consistency bonding effect is formed by blending slurry.

Description

technical field [0001] The invention relates to an isostatic double-loop pressure automatic grouting molding production line for ceramic casting, which belongs to the field of ceramic processing. Background technique [0002] Ceramic billet casting is one of the grouting molding operation methods of ceramic automation equipment, which is convenient for the overall circular sliding brush to compact the billet, and evenly treats the smooth surface of the mud to ensure that the ceramic thickness in the later stage is consistent and the quality is extremely high, so as to achieve Strengthening the protection of hardness and anti-dropping also achieves a very convenient mass production effect on the preparation of ceramic processing. The shortcomings of the current technology that need to be optimized are: [0003] The ceramic billet is rotated and pulled, which can form the molding operation of the ceramic along the mud surface. At this time, the precision of the billet drawing ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide an isostatic double-loop flow pressure automatic grouting molding production line for ceramic casting, so as to solve the problem of ceramic billet rotation and sliding, and to form a plastic mold for ceramics along the mud surface. At this time, the precision of casting is high, and in the production line of automatic grouting molding, it will cause segmental connection errors in the accuracy of each link, which will lead to the deviation of the overall drawing ceramic molding amount, resulting in automatic grouting The post-molded ceramics tend to have more radians and small deviations, and the appearance flatness will slip and pull in the early stage, which will affect the stability of the ceramic chassis. Die-casting will cause uneven thickness of the fluid solid end after grouting, resulting in very weak ceramic fragile surfaces , it is easy to cause insufficient quality problems

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