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Alumina is the most widely used material in advanced ceramics. Its performance will be significantly improved with different purity. It replaces other materials in semiconductors, medical treatment, aerospace and becomes the core of high-end fields. Usually in these engineering applications, complex shapes, extremely high precision and smooth surfaces are required to meet the needs of

Alumina of different purities usually have significant differences in performance. Common alumina is 92, 95, 99, 99.5, 99.7 and 99.8%. The increase in purity will make Al2O3 more stable and reliable in more harsh environments. It is often used in the semiconductor and medical industries. 99.8% Alumina Advantages Electrical insulation High hardness Corrosion resistance Wear-resistant

Silicon carbide ceramics element are ceramic materials second only to diamonds in advanced ceramics, and have excellent wear resistance and heat dissipation.SiC can remain stable and non-deformed under a wide range of temperatures and maintain reliability in harsh environments. It is suitable for the production of various complex parts, such as silicon carbide ceramic heating

Ceramic plungers are generally made of high-purity alumina, zirconium oxide, silicon carbide, etc., which solve the problems of poor wear resistance, low chemical resistance, and high maintenance costs of traditional plungers. They are widely used in industrial fields such as petroleum, chemical industry, and pump systems. Ceramic plunger vs.Traditional plunger Ceramic plunger Traditional plunger High

Zirconia is a material with high hardness, wear resistance and the highest fracture toughness. It is widely used in the industrial field. We provide a variety of grades of zirconia for you to choose from (yttria stabilized zirconia, magnesium stabilized zirconia). They can maintain structural stability in extreme environments. Blue Zirconia Ceramic Plunger is a

As a high-performance ceramic material, aluminum nitride has excellent performance in thermal conductivity and electrical insulation. In addition, aluminum nitride also exhibits high hardness and mechanical strength. Jundro Ceramics has always been an expert in the manufacture of aluminum nitride components. With 5-axis machining equipment and rich experience, it supports the molding and production of

In semiconductor applications, many components that can withstand high temperatures, high vacuum, and strong chemical corrosion are required to ensure stable operation of the equipment. For example, the aluminum oxide ceramic arm is responsible for accurately aligning the wafer position for the next processing steps (such as thin film deposition, photolithography, etc.). Advanced ceramics are

As a special glass ceramic material, macor has always attracted much attention and is widely used in many applications that require precision machining, such as aviation and semiconductors. This depends on its machinability. Traditional ceramic materials require special tools to process, while the advantage of macor is that it can be machined using standard tools.

In many industries, when it comes to sealing materials, people usually consider several issues, such as sealing, wear resistance and corrosion resistance. Especially in harsh environments, the service life of ordinary materials is a big problem. In the field of advanced materials, a material has emerged that solves the dilemma of traditional sealing materials in

Black Aluminum Oxide is a ceramic material known for its enhanced mechanical properties and unique appearance. This change in composition significantly improves its wear resistance, thermal conductivity and electrical properties. Start Your Project Today. Properties of Black Alumina Ceramic Compared with traditional white alumina, black alumina ceramic has the following significant performance advantages: Highly wear-resistant