What are the differences between new ceramic materials and traditional ceramic materials

The application prospects of ceramic materials are still quite broad, especially the rapid development of energy, information, space technology and computer technology, which has further stimulated the application of materials with special properties. The preparation technology of advanced ceramic materials is changing with each passing day, and the development of world science and technology is eye-catching. The development of nano-ceramic materials has achieved amazing results and made major breakthroughs. It is believed that in the near future, ceramic materials will develop better and faster, showing their important application value. What types of ceramic materials are there? 1. Ordinary ceramic materials Ordinary ceramic materials are composed of natural raw materials, such as feldspar, clay and quartz, which are typical silicate materials that are sintered. Ordinary ceramic materials are rich in sources, low in cost, and mature in technology. According to their performance characteristics and uses, they can be divided into daily ceramics, architectural ceramics, and chemical ceramics. 2. Special ceramic materials. This material is mainly made of high-purity synthetic raw materials, formed and sintered by a precise control process. It has certain special properties to meet various needs. Its main components are oxide ceramics and nitrogen. , cermets, etc. 3. Nano-ceramics. The current advanced ceramics are micron regardless of the selected raw materials or the finished crystal grains, so they are also called micro-ceramics. When the raw materials and finished crystal grains reach the nanometer scale, the preparation of ceramic materials will be scientific, Ceramic science and ceramic technology have brought mutations, thus opening up a wider range of uses of ceramic materials. The difference between new ceramic materials and traditional ceramic materials is a kind of new materials. Traditional ceramics mainly use natural rocks, minerals, clays and other materials as raw materials. The new ceramics use artificially synthesized high-purity inorganic compounds as raw materials and are molded, sintered and other treatments under strictly controlled conditions to produce inorganic materials with fine crystalline structures. It has a series of superior physical, chemical and biological properties, and its application range is far beyond the comparison of traditional ceramics. This type of ceramics is also called special ceramics or fine ceramics. According to chemical composition, it is divided into two categories: one is pure oxide chinaware ceramic, such as Al2O3, ZrO2, MgO, CaO, BeO, ThO2, etc.; the other is non-oxide ceramics, such as carbides, borides, and nitrides And silicide, etc. According to the performance and characteristics, it can be divided into: high temperature ceramics, super hard ceramics, high toughness ceramics, semiconductor ceramics. Electrolyte chinaware ceramic, magnetic chinaware ceramic, conductive ceramics, etc. With the continuous improvement of composition, structure and process, new types of ceramics are emerging in endlessly. New ceramic materials have their unique advantages in performance. In terms of thermal and mechanical properties, there are high temperature resistance, heat insulation, high hardness, wear resistance, etc.; in terms of electrical properties, there are insulation, piezoelectricity, semiconducting, magnetic, etc.; in terms of chemistry, there are catalysis, corrosion resistance, and adsorption. And other functions; in biology, it has certain biocompatibility and can be used as biological structural materials. But it also has its shortcomings, such as brittleness. Therefore, research and development of new functional ceramics is an important field in materials science. In recent decades, the application and development of ceramic materials have been very rapid. As one of the most promising materials for development after metal materials and polymer materials, ceramic materials are significantly better than the metals currently in use in all aspects. Materials and polymer materials. In addition, studies have found that the wear rate of ceramics is not the same under different loads, and the pores will not cause crack propagation under low load; while under high load, the pores become unstable and will form at the pores. Cracks and propagation cracks lead to extremely high product wear rates and weaker wear resistance capabilities. Ceramic material is an inorganic non-metallic material made of natural or synthetic compounds through shaping and high-temperature sintering. After non-metallic materials, people are paying attention to one of the most important inorganic non-metallic materials. It has the common advantages of both metal materials and polymer materials. In the process of continuous modification, its fragility has been greatly improved. Ceramic materials are unique in the field of materials with their excellent properties, are highly valued by people, and will play a very important role in the future social development.

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