▎ 摘　　要

NOVELTY - Production process of boron carbide bulletproof ceramic plug board, involves (a) mixing of raw materials, (b) refining mud section,(c) vacuum refining, (d) flashboard forming, (e) drying blank, and (f) vacuum degreasing. The step (a) includes adding the factory self-made ultra-fine low-impurity boron carbide powder to prescription auxiliary materials, mixing in a V-shaped mixer by dry method, further dispersing and mixing the mixed dry materials with each other through a high-speed crusher, adding the above-mentioned fully dispersed and uniformly mixed dry powder into a kneader, adding water containing plasticizer, dispersant, and binder, and kneading to discharge. The step (b) includes after discharging the material, adding the material to the mud refiner for multiple cycles of mud refining section, and performing plastic sealing the mud section to prevent moisture loss and aging for multiple days. USE - The method is used for production of boron carbide bulletproof ceramic plug board, which is used for forming hyperboloid support mold. ADVANTAGE - The method uses the technique after selecting the superfine powder, keeps high consistency of each point, and solves the problem that the performance of each point of the plate is not even when the filling is not even when the dry pressing. The method is simple and easy to operate. The method adopts hyperboloid bulletproof plug board to form the hyperboloid support mold, which can be plastically formed with light pressure on the grinding machine, and simultaneously, the surface roughness can be extruded. DETAILED DESCRIPTION - Production process of boron carbide bulletproof ceramic plug board, involves (a) mixing raw materials, (b) refining mud section, (c) vacuum refining, (d) flashboard forming, (e) drying blank, and (f) vacuum degreasing. The step (a) includes adding the factory self-made ultra-fine low-impurity boron carbide powder to prescription auxiliary materials, mixing in a V-shaped mixer by dry method, further dispersing and mixing the mixed dry materials with each other through a high-speed crusher, adding the above-mentioned fully dispersed and uniformly mixed dry powder into a kneader, adding water containing plasticizer, dispersant, and binder, and kneading to discharge. The step (b) includes after discharging the material, adding the material to the mud refiner for multiple cycles of mud refining section, and performing plastic sealing the mud section to prevent moisture loss and aging for multiple days, so that the components and moisture in the mud section are highly uniform. The step (c) includes subjecting the mud section to vacuum refining for multiple times, adding the qualified mud section to the extruder, extruding the required length and thickness according to the product size, and cutting the product with the required cross-section arc. The step (d) includes using the plastic molding process i.e. adding specific plasticizers, dispersants and binders to the main and auxiliary materials, and using the traditional clay mud and extrusion process to extrude into the required shape, cut, shape, and prepare the blank. The step (e) includes putting the blank and the supporting mold into the drying room, and slowly drying based on the required process. The step (f) includes after drying blank having high strength due to the presence of the binder, placing each piece on the same hyperboloid graphite support, placing in the electric furnace for pressure-less sintering, vacuuming to degrease and argon gas filling based on the heating curve, heating up to a high temperature of 2100 degrees C, then keeping it for 2 hours, and finally naturally cooling down. An INDEPENDENT CLAIM is included for a formulation for boron carbide bulletproof ceramic plug board, comprising 57-98.1 wt.% ultra-fine boron carbide, 1-20 wt.% titanium diboride, 0.5-10 wt.% titanium carbide, 0.1-3 wt.% carbon nanotubes, 0.1-3 wt.% graphene, 0.1-5 wt.% carbon, and 0.1-2 wt.% yttrium oxide.