Resistance ceramic white rod forming production and processing equipment

Abstract

The invention relates to the field of ceramic processing, in particular to resistance ceramic white rod forming production and processing equipment. The resistance ceramic white rod forming productionand processing equipment comprises an extrusion mechanism, a base, a container packing mechanism, a pushing mechanism, buttons, a moving mechanism, a falling mechanism and forming mechanisms. Throughthe extrusion mechanism, ceramic rods can be extruded and formed, the produced ceramic rods can be extruded, the ceramic rods can be container-packed through the container packing mechanism, and thepushing mechanism can push the forming mechanisms to ascend and descend. The moving mechanism can realize the movement of the forming mechanisms, and the falling mechanism facilitates the control overthe falling of raw materials. According to the resistance ceramic white rod forming production and processing equipment, the forming mechanisms are in contact with falling nozzles to feed the material in a pressurizing manner, so that air can be effectively prevented from entering, and the produced ceramic rods are ensured to be free of bubbles; and when the production is completed, pressing blocks are used for pressing to accelerate the forming under pressure, then the pressing blocks are used again for pressing, and the extruded and formed ceramic rods can be obtained, so that the discharging is convenient and quick.

Description

technical field [0001] The invention relates to the field of ceramic processing, in particular to a production and processing equipment for forming resistance ceramic white rods. Background technique [0002] Ceramic rods have the common advantages of both metal and polymer materials. Because of their many advantages, they have been paid attention to and widely used, and they play a very important role. Compared with the same type of products made of other materials, ceramic rods have strong weather resistance. The advantages of durability, strong stability, and high wear resistance, but the demand is large, and it has become a rising trend. [0003] There are many methods for ceramic rods to be formed by rods, including ceramic rod hot die-casting, extrusion molding, tape casting, etc.; extrusion molding is simple to operate and widely used. The existing extrusion molding uses the method of first injecting raw materials and then pressing Carry out in this way, the nozzle o...

AI Technical Summary

Problems solved by technology

[0003] There are many methods for ceramic rods to be formed by rods, including ceramic rod hot die-casting, extrusion molding, tape casting, etc.; extrusion molding is simple to operate and widely used. The existing extrusion molding uses the method of first injecting raw materials and then pressing The nozzle of the existing extrusion molding equipment is easy to mix with air when feeding, causing air bubbles to appear on the ceramic rod, and it is not easy to demould

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