Fine ceramics

Ceramic materials, also known as fine ceramics, are leading the way in the world of new materials due to their excellent properties such as high temperature resistance, super strength, and versatility. According to their application functions, they can be roughly divided into two categories: high-strength, high-temperature resistant, composite structural ceramics, and electrical and electronic functional ceramics. Adding specially formulated inorganic materials to ceramic billets and sintering them at a high temperature of around 1360 degrees Celsius to obtain stable and reliable anti-static properties, becoming a new type of special ceramics that typically have one or more functions. Such as electrical, magnetic, optical, thermal, acoustic, chemical, biological, and coupling functions. Functions such as piezoelectric, thermoelectric, electro-optic, acoustooptic, magneto-optical, etc. Fine ceramics refer to high-performance ceramics sintered by precise control process with refined high-purity artificially synthesized Inorganic compound as raw materials, so it is also called advanced ceramics or new ceramics.

There are many types of fine ceramics, which can be roughly divided into three categories:

1. Structural ceramics are mainly used for making structural parts. Some seals, bearings, cutting tools, ball valves, cylinder liners, and other parts in the mechanical industry are frequently subjected to friction and are prone to wear and tear. They are sometimes made of metal and alloy and can be damaged after a short period of use, and advanced structural ceramic parts can withstand this "hardship".

2. Electroceramics refer to functional ceramics used to produce electronic original devices and structural parts of electronic systems. These ceramics not only have high hardness and other mechanical properties, but also have good stability to changes in the surrounding environment, which is important for electronic components. In addition, they can withstand high temperatures.

3. Bioceramic Bioceramic is a ceramic material used to manufacture the "bone muscle" system of the human body to repair or replace human organs or tissues. Fine ceramics are a type of special value that needs attention among new materials, and it has broad development prospects.

This fine ceramic with excellent performance may be widely used to replace steel and other metals on a large scale, achieving the goals of energy conservation, efficiency improvement, and cost reduction; The combination of fine ceramics and polymer synthetic materials can make transportation vehicles lightweight, miniaturized, and efficient

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