Ceramic tube product forming method There are dry pressing, grouting, extrusion, cold isostatic pressing, injection, casting, hot pressing With various methods such as hot isostatic pressing. In recent years, molding technology methods such as filter press molding, direct solidification injection molding, gel injection molding, centrifugal grouting molding and solid free molding have been developed at home and abroad.
Different product shapes, sizes, complex shapes and precision products require different molding methods. Zirconia ceramic tubes are fired at a temperature of 800-1000C°, while alumina ceramic tubes are fired from kaolin at a temperature of 1600-2000C°. There are many varieties of ceramic tubes, and their chemical compositions vary. Mineral composition, physical properties, and manufacturing methods are often close to each other, with no obvious boundaries, but there are great differences in applications.difference.
Ceramic tube production cycle is long. The production cycle of ceramic products refers to the entire calendar time that elapses from the time the raw materials are put into production, through various processes until the finished product is produced.
The production process of ceramic tubes has a low degree of mechanization and automation. In the production process of ceramic pipes, auxiliary materials such as plaster models, saggers, boron plates, etc. are consumed in large quantities. The production of ceramic pipes requires a large amount of energy, such as coal, natural gas, and electric lights.
The production process of ceramic tubes is a flow-type production process with low continuity. Ceramic raw materials are put into production from one end of the factory, processed sequentially, and finally become finished products. The entire process is complex and the degree of continuity between processes is low.
The above is an introduction to the ceramic tube processing technology and production cycle introduced by Mingrui Ceramics. I hope it can provide you with a reference. .
