Structural Ceramic And Functional Ceramic

 

The definition of Structural Ceramic And Functional Ceramic:

1. Structural ceramics refer to advanced alumina ceramics, which mainly utilize their mechanical, thermal, and certain chemical functions in the application.
2. Functional ceramics refer to advanced alumina ceramic materials, which mainly use their non-mechanical properties. These materials have one or more functions, such as electrical, magnetic, optical, thermal, chemical, biological, etc. Some have coupling functions, such as piezoelectric, thermoelectric, electro-optical, acousto-optical, magneto-optical.

Structural ceramics: They are used for engineering structures are called advanced alumina ceramics. These are mainly used for high temperature, also known as high-temperature structural alumina ceramics. This alumina ceramic has the advantages of high strength, high hardness, and oxidation resistance. It also offers corrosion resistance, wear resistance, and high-temperature ablation resistance.

There are many kinds of advanced engineering alumina ceramics. The materials considered promising are silicon carbide and toughened oxides. Structural alumina ceramics used in industry include ceramic rods and ceramic needle plug gauges. They also include alumina ceramic plates,ceramic tube sleeves, ceramic rings, ceramic rollers, alumina ceramic nozzles, ceramic pumps and alumina ceramic parts.

Functional ceramics: According to the different electrical properties of alumina ceramics, various electronic materials can be made. These include conductive alumina ceramics, semiconductor alumina ceramics, dielectric alumina ceramics, insulating alumina ceramics and others.

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