Fine ceramics
Fine ceramics, as a new type of inorganic material, have many advantages, such as high-temperature stability, corrosion resistance, good physical and mechanical properties, and low thermal conductivity. Therefore, they show broad application prospects in many fields.
Under high-temperature conditions, fine ceramics can maintain excellent performance. Their high-temperature resistance far exceeds that of ordinary metal materials, making them an ideal choice for applications requiring resistance to high-temperature damage, such as key components in furnaces, thermal transfer steel furnaces, and other high-temperature equipment.
Meanwhile, fine ceramics exhibit excellent corrosion resistance, particularly in resisting fluoride and chloride ion atomization. Therefore, parts made of fine ceramics can effectively resist erosion from low-pH liquids and withstand damage from strong organic and inorganic mixtures, leading to wide applications in corrosive environments such as chemical and metallurgical industries.
In addition, fine ceramics also possess good physical and mechanical properties, such as light weight, superior wear resistance, high wear rate, and compressive toughness. This makes them shine in mechanical manufacturing, enabling their use in manufacturing precision mechanical parts such as ball bearings, cutting tools, molds, pump and valve components, as well as automotive parts such as engine parts, valves, intake systems, suspension systems, cooling systems, and braking systems. This contributes to improved efficiency and lifespan of mechanical equipment.
In the electronics field, fine ceramics play an irreplaceable role. They can be used as insulating materials, electronic tube materials, integrated circuit substrates and packaging materials, resistor substrates, etc. With the increasing trend of miniaturization and integration of electronic devices, stricter requirements are placed on capacitors, and fine ceramics are becoming an ideal material for manufacturing high-performance capacitors.
Furthermore, fine ceramics have wide applications in the biomedical field, such as being used as substitutes for bones and teeth implanted in the human body, and in the production of medical devices such as artificial heart valves. Their good biocompatibility and stability make fine ceramics an important material in the biomedical field.
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