The wear resistance of ceramic components is 15 times that of alumina ceramics, and the friction coefficient of ceramic components is only 1/2 that of alumina ceramics, while the friction coefficient of alumina ceramics itself is very low. The density of ceramic components is higher than that of alumina ceramics, with the density of alumina ceramics being 3.5 and the density of zirconia ceramic parts being 6. The texture is finer, and after grinding, the surface finish is higher, reaching above ▽9, presenting a mirror-like appearance, extremely smooth, with a smaller friction coefficient.

As a widely used material in advanced ceramics, ceramic components are extensively utilized. Let's take a look at the development trends of zirconia ceramic parts.

1. The technological equipment level of ceramic components will rapidly improve: The development of computer technology and digital control technology has promoted the technological progress and rapid development of the advanced ceramic materials industry. Advanced complete sets of equipment, such as automatic control continuous sintering kilns, high-power large-capacity grinding equipment, and high-performance powder granulation equipment, have favorably promoted the overall level of the industry, while also significantly improving production efficiency and product quality.

2. The product quality level of ceramic components continues to improve: The products of zirconia ceramic parts have evolved from non-existence to existence, with the industry scale growing from small to large, and product quality improving from low to relatively high, experiencing a rapid development process.

3. The scale of the ceramic components industry will rapidly expand: As a basic material for other industries or fields, zirconia ceramic parts are influenced and restricted by the development level of other industries. From the application situation of zirconia ceramic parts, the application range is becoming wider, and the usage is increasing, especially the increase in usage in anti-wear engineering and building ceramics production will be more significant.

Ceramic components are a type of ceramic material based on alumina, used in thick film integrated circuits. Due to their superior performance, their application in modern society has become increasingly widespread, meeting the needs of daily use and special performance.