A kind of functional ceramic preparation equipment

Abstract

The invention relates to a functional ceramic production device. The device comprises a coprecipitation system, a powder forming system, a target forming system and a sintering system which are arranged in sequence; the coprecipitation system comprises a centrifuge tube, a first gripper, a first rotating mechanism, a second rotating mechanism, a first rotating machine shaft and a first lifting frame. The device can realize uniform mixing of reagents, can further flatten and grind powder obtained by coprecipitation to make the particle sizes uniform, and ensures the stability of the overall performances of an obtained ceramic product. The device has the advantages of realization of mass production of ceramic target, simplicity in operation, high production efficiency, high fault tolerance rate, no lagging damages, and realization of preparation of a lot of the ceramic target and short production period due to multiple preparation processes being simultaneously performed.

Description

technical field [0001] The invention relates to a ceramic preparation equipment, in particular to a functional ceramic preparation equipment. Background technique [0002] With the rapid development of the national economy and the further improvement of science and technology. The living and production environment of the people has been further improved. More diverse materials are needed to help meet production goals or optimize the living environment. Among them, functional ceramics, as a mainstream new material system, have become the hotspot of current research. Ceramic materials are divided into functional ceramics, structural ceramics, special ceramics, etc., all of which use their unique physical properties, such as mechanical properties, electrical properties, magnetic properties, etc. to achieve the purpose of work. However, the existing mainstream methods for preparing ceramics mostly use solid-phase methods and liquid-phase methods. Among them, the solid-phase ...

AI Technical Summary

Problems solved by technology

First, in the existing co-precipitation method, the drug mixing itself is not uniform, which is likely to affect the overall performance stability of the final ceramic product

Second, in the existing device, the powder obtained by co-precipitation cannot be further paved and ground, so that its particle size is different, which will also lead to subsequent unstable performance

Third, more of the existing devices need to adopt manual intervention and adjustment, which has low production efficiency and small fault tolerance rate, and is extremely prone to equipment freezes, which affects the production cycle

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