Owing to its outstanding mechanical strength, excellent electrical insulation properties, good high-temperature resistance, and corrosion resistance, alumina ceramics occupy an irreplaceable and crucial position in modern industry.

High-purity alumina ceramic plates are currently widely used substrate materials due to their advantages such as mature production and processing technology, low cost, good thermal shock resistance, excellent electrical insulation, and favorable metal adhesion.

The Emergence of Ceramic Bolt Products: A Result of Material Innovation Driven by Special Working Condition Demands in the Current Market

In today's industrial manufacturing field, alumina ceramics, with their excellent performance and wide range of application scenarios, have rightfully earned the title of "King of Ceramics".

In the field of materials science, alumina ceramic rods may seem ordinary, but in fact, they play an irreplaceable role in numerous fields by virtue of their outstanding properties. Next, let's step into their wonderful world together.

High-purity alumina ceramics are important ceramic materials that use high-purity ultra-fine alumina as the main raw material and α-Al₂O₃ as the main crystalline phase.

Within the large-scale equipment system of lithography machines, there is another type of key material quietly playing a crucial role—alumina ceramics.

Alumina ceramic components possess excellent properties such as high hardness, high mechanical strength, ultra-wear resistance, high temperature resistance, high electrical resistivity, and good electrical insulation performance.

High-temperature melting: The most classic use of ceramic crucibles is to melt and refine various materials at high temperatures.

Modern ceramic crucibles are high-temperature-resistant containers made from high-purity ceramic materials (such as quartz, aluminum oxide, boron nitride, zirconium oxide, etc.) as the base material through a precise high-temperature sintering process.