Processing fields of ceramic rods:
Currently mature industrial ceramics Rod material processing technology is divided into five categories: chemical processing, electrical processing, composite processing, optical processing, and mechanical processing. Ceramic rods are widely used in industrial applications, such as petrochemical, aerospace, machinery manufacturing, instrumentation and other fields, because industrial ceramics have low density, high hardness, high strength, as well as heat insulation, wear resistance, corrosion resistance, and chemical stability. Good sex and other characteristics. However, since ceramic materials have the characteristics of low-end crack toughness and high brittleness, the processing is quite difficult. It can easily cause damage to the surface structure during the processing, so it is difficult to achieve high-precision, high-efficiency, and high-reliability processing. This limits the further expansion of the application scope of industrial ceramic materials.
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In order to meet the growing demand for brittle material products such as precision ceramics, crystals, quartz, optical glass, germanium wafers and silicon wafers due to the development of science and technology in recent years, based on the current relatively mature industrial ceramic material processing technology, we will further develop high-precision It is very urgent to process industrial ceramic materials with high efficiency and high surface integrity. For industrial ceramic rod materials, due to their special physical and mechanical properties, they can only be processed by grinding methods at first. With the development of mechanicalWith the development of processing technology, various processes similar to metal processing can now be used to process industrial ceramic materials.
