Contemporary Trends in Ceramic Production: Creation of Aluminosilicate Products Using 3d Printing and the Impact of Innovative Approaches on the Industry

The article discusses modern trends in the production of ceramics in the creation of aluminosilicate ceramic products using 3D printing or additive manufacturing. Ceramic is a high-performance material because it has hard, mechanically strong properties, excellent wear resistance, and high temperature and corrosion resistance. Traditional methods of ceramic production are also considered, which consist of three stages: material preparation, molding (can be performed using various methods, such as isostatic pressing, pressure pressing, pressure casting, tape casting, gel casting, suspension casting, etc. ) and sintering. 3D printing technology is an effective and promising production method that continues to develop and find new applications in various fields: medical, chemical, biochemical, environmental, technical, radio engineering, etc. New research and development allow to improve the quality and accuracy of printing, as well as to expand the possibilities of using ceramic materials. Special importance is given to the advantages of using 3D printing for the manufacture of ceramic products, in particular, the ability to create an individual product design and achieve the desired shape, composition, microstructure and properties. The use of 3D printing technology also helps to reduce waste and lower material costs, making the production process more environmentally friendly and cost-effective. In general, the article provides information about current directions in the production of ceramics and the impact of innovative methods on this branch of industry. The advantages and prospects of using 3D printing to create ceramic products are analyzed, and an overview of the materials and methods used in this process is provided. In addition, the article discusses the materials used in 3D printing technology, which can be classified depending on their suitability for the chosen manufacturing method or by the type of material.