Production process and stirring and mixing device for glass fiber partition plate of storage battery

Abstract

The invention relates to the field of production of storage battery parts, and discloses a production process of a storage battery glass fiber partition plate and a stirring and mixing device. The rotating structure is arranged in the middle of the interior of the fixed frame, and the rotating structure comprises a mixing bin; the bubble removing structure is arranged at the top end of the fixed frame, the bubble removing structure comprises a storage bin, and the storage bin is fixedly connected with the fixed frame; the discharging structure is arranged at the bottom end of the defoaming structure, and the discharging structure comprises a flow guide channel; the stirring structure is arranged in the middle of the interior of the mixing bin; the fixing structure is arranged at the top end of the mixing bin. According to the present invention, the feeding is convenient through the defoaming structure, the tank furnace wire drawing method is used, the specific process is that the pyrophyllite and other raw materials are molten into the glass solution in the kiln, and the defoaming structure has the advantage that the preliminary bubble removal is convenient during the feeding process.

Description

technical field [0001] The invention relates to the field of battery material processing, in particular to a production process and a stirring and mixing device of a glass fiber separator for a battery. Background technique [0002] Glass fiber is the abbreviation of glass fiber, which is an inorganic non-metallic material with excellent performance. It is made by winding, weaving and other processes. The specific production process is mainly the cyanotic wire drawing method, which is a two-time molding method. First, the glass raw material is melted into glass balls at high temperature, and then the glass balls are melted twice at a high speed. Drawing to make glass fiber strands. This process has disadvantages such as high energy consumption, unstable molding process, and low labor productivity, and is basically eliminated by large glass fiber manufacturers; [0003] The kiln can connect multiple bushings through multiple passages for simultaneous production. This proce...

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Problems solved by technology

[0004] The traditional device is inconvenient to introduce the melted glass into the stirring device and discharge the material. This invention uses the pool kiln wire drawing method. The specific process is to melt pyrophyllite and other raw materials into the glass solution in the kiln. The process of feeding the material is inconvenient. Preliminary elimination of air bubbles, the glass solution is not easy to guide during the process of being transported to the porous bushing plate, the glass solution is relatively viscous, and the temperature drops during the catheter transportation, which will cause the glass solution to solidify and appear uneven crystal particles; The glass solution needs to be fully mixed before it can be drawn into glass fiber strands. The mixing effect of the traditional device is not good, and there is a problem that the glass particles are stuck in the dead corner inside the mixing tank. It is inconvenient to discharge the furnace glass solution after production, and it is not convenient to clean the residual glass solution inside the mixing tank; there is an embedded groove on the stirring rod of the traditional device, and the particles will remain in the groove after mixing the glass particles; the traditional device During the mixing process, the stirring rod and the power motor are coaxial, which will lead to poor mixing effect of the internal glass particles, and the mixing range is limited, because the glass particles are solid particles, and their fluidity is poor, which will further affect the glass particles. The blending effect of

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