Main features:
Hardness: Ceramics usually have high hardness, making them excellent in some wear-resistant and corrosion-resistant applications.
Compressive strength: Ceramics have a higher compressive strength, giving them certain advantages in structural applications.
High temperature resistance: Ceramics usually have good high-temperature resistance and can maintain stability in high-temperature environments.
Insulation: Ceramics are usually good electrical insulators, suitable for electrical insulation and other fields.
Corrosion resistance: Some ceramics have good corrosion resistance and can resist chemical erosion such as acid and alkali.
Thermal conductivity: Ceramics usually have poor thermal conductivity, but some special ceramics can be used for thermal conductivity devices.
Main types:
Alumina ceramics: With high hardness, wear resistance, insulation and other characteristics, they are commonly used in the manufacturing of ceramics, electronic component insulators, etc.
Silicon Nitride: It has high strength, hardness, and high temperature resistance, and is commonly used in the manufacturing of bearing balls, blades, etc.
Silicon Carbide: It has high hardness, wear resistance, and high temperature resistance, and is commonly used in the manufacturing of mechanical seals, ceramic knives, etc.
Zirconia ceramics: They have high strength, high hardness, and wear resistance, and are commonly used in the manufacturing of ceramic knives, ceramics, etc.
Ceramic composite materials: new materials are formed through the composite of different ceramics, combining their respective advantages.
Application field:
Porcelain and pottery: Traditional ceramic products such as bowls, plates, vases, etc.
Electronic components: used for manufacturing electronic insulators, ceramic substrates, etc.
Mechanical industry: used for manufacturing bearings, seals, cutting tools, etc.
Medical field: used for manufacturing artificial joints, dental ceramics, etc.
Aerospace: used to manufacture components that are resistant to high temperatures and wear.
Energy field: used for manufacturing ceramic burners, gas turbine generator components, etc.
