Static pressure molding process device for porcelain packing

Abstract

A static pressure molding process device for porcelain packing is integrally formed by a hydraulic machine 8, an upper cylinder piston column 9, a lower end base 10, an oil supply system 11 of the hydraulic machine, a speed-adjustable motor 12 of the hydraulic machine, computer programming control switches 13 of the hydraulic machine, pressure adjustment switches 14 of the hydraulic machine, power switches 15 of the hydraulic machine, upper concave molding steel dies 16, guide die column holes 17, bolt holes 18, lower convex molding steel dies 19 and clay discharge holes 20; the static pressure molding process device is characterized in that the upper concave molding steel dies 16 are installed on the upper cylinder piston column 9 of the hydraulic machine 8 and are fixed to the upper-end work face of the upper cylinder piston column 9 of the hydraulic machine 8 through bolts and the bolt holes 18, the lower convex molding steel dies 19 are fixed to a work table board of the lower end base 10 of the hydraulic machine 8 through bolts and the bolt holes 18, and the speed-adjustable motor 12 of the hydraulic machine and the computer programming control switches 13 of the hydraulic machine are connected through power lines for forming a whole body after all the components are fastened; the static pressure molding process device has the advantages that the product accuracy is high, the sizes are uniform, the geometrical shapes are normalized, the acting points are balanced, stress on products is uniform, the service life is long, the abrasion is small, the efficiency is high and the operation and maintenance are easy.

Description

technical field [0001] The process of the invention relates to a product press molding in the ceramic industry, in particular to a static pressure molding process device for porcelain filler. Background technique [0002] At present, the processing and manufacturing of my country's industrial porcelain filler industry adopts the traditional extruder manual cutting process. Since the feeding and cutting are all manually operated, only one product can be cut at a time during extrusion, resulting in low output, severe deformation, poor mechanical strength, The size and geometry of the product is difficult to meet the requirements of the national standard for ceramic fillers, and cannot meet the design and use requirements of users. The service life of the product is short, the cost is high, and the production efficiency is low. Contents of the invention [0003] In view of the above problems, the purpose of the new molding process of the present invention is to provide a stati...

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Problems solved by technology

[0002] At present, the processing and manufacturing of my country's industrial porcelain filler industry adopts the traditional extruder manual cutting process. Since the feeding and cutting are all manually operated, only one product can be cut at a time during extrusion, resulting in low output, severe deformation, poor mechanical strength, The size and geometry of the product is difficult to meet the requirements of the national standard for ceramic fillers, and cannot meet the design and use requirements of users. The service life of the product is short, the cost is high, and the production efficiency is low.

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