Sagger structure for producing high-nickel battery material

By adopting a cassette structure for production of high-nickel battery materials with adjustable loading space, and using the splicing method of splicing bottom plate, transverse corner plate, longitudinal corner plate and transition splicing plate, the problems of low raw material utilization, large equipment investment and low production efficiency in the existing cassette production process are solved, and the stability and use effect of the cassette structure are improved.

CN119713865APending Publication Date: 2025-03-28ZHEJIANG CHUANG THERMAL CONDUCTIVE MATERIAL CO LTD
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Patent Information

Application Number
CN202411780494.X
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-12-05
Publication Date
2025-03-28

AI Technical Summary

Technical Problem

In the existing silo production process, the raw material utilization rate of the excavation process is low, the high-pressure forming process equipment is large, the production efficiency is low, and the finished product flexural strength and fracture strength are low, which cannot meet the needs of the new energy industry.

Method used

The cassette structure for production of high-nickel battery materials that can adjust the loading space is used to splice the bottom plate, the transverse corner plate, the longitudinal corner plate and the transition splicing plate, and the four facade splicing of the cassette structure are spliced ​​by adjusting the length of the splicing structure, and the loading space volume is changed.

Benefits of technology

The adjustable loading space of the silhouette structure is realized, the use effect is improved, the stability and reliability of the splicing structure are ensured, and the loading needs of different volumes of battery materials can be met.

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Abstract

The invention discloses a sagger structure for production of a high-nickel battery material, and aims to provide the sagger structure for production of the high-nickel battery material, which is adjustable in loading space and relatively good in using effect. Comprising a splicing bottom plate, four transverse angle plates and four longitudinal angle plates which can be used for splicing are connected to the splicing bottom plate, the transverse angle plates and the longitudinal angle plates are spliced in a right-angle mode, the splicing ends of the transverse angle plates and the longitudinal angle plates are connected with limiting buckles, and transition splicing plates are spliced between the adjacent transverse angle plates and between the adjacent longitudinal angle plates. The end faces of the adjacent transverse angle plates and the end faces of the adjacent longitudinal angle plates are connected with adjusting buckles, and the adjusting buckles are connected with the transition splice plates. The sagger structure has the beneficial effects that the loading space of the obtained sagger structure can be in an adjustable state, so that the obtained sagger structure can load battery materials with different volumes, and the use effect is improved.
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