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Hexagonal boron nitride is a novel inorganic material with excellent physical and chemical characteristics. Nevertheless, the conventional synthesis method consumes a great deal of energy and has certain equipment restrictions, and the cost is high. Hence, this article provides a method for the continuous synthesis of hexagonal boron nitride in a calciner.

Zirconia ceramics have excellent corrosion resistance, good chemical stability, and have the highest flexural strength and fracture toughness at room temperature. They are utilized extensively in the industrial, electronics, and chemical industries, but are seldom utilized in the field of daily-use ceramic products. As a result, this article presents a new application of high-performance zirconia ceramics for the development of new and high-end zirconia daily necessities.

Electric vacuum ceramics are easily contaminated during the processing and manufacturing processes of their components. Contaminated ceramic components will cause the insulating strength to decrease and result in poor adhesion of the metallization layer, which have a significant impact on the device's performance. Therefore, multiple purification treatments are necessary during the application process. In electric vacuum ceramics, alumina ceramics are the most commonly used. As a result, this article gives a purification process that is straightforward, user-friendly, and capable of effectively removing impurities from alumina ceramics.

This article introduces the application of the ceramic electrostatic chuck materials in the semiconductor industry. Ceramic materials have excellent electrical insulation, good wear resistance, outstanding thermal conductivity, and high hardness. Alumina ceramics or aluminium nitride ceramics are the primary materials that have been widely used in the electrostatic chuck technology.

▼ The Necessity of Making Micro Silicon Nitride Ceramic Parts High strength, high temperature resistance, superior oxidation resistance, and low weight are all benefits of ...

Dear readers, friends, partners and supporters, an intense year with doubt, restrictions and a subdued economy is almost behind us. It was also a time of ...

UNIPRETEC are building new furnaces for manufacturing of Hot Pressed Boron Nitride, the construction of 5 new furnaces will be successfully completed as expected in the end ...

Dry pressing technology is used in forming process of advanced ceramics (Aluminum Oxide, Cordierite, Silicon Nitride, Zirconium Oxide etc.). Dry pressing is suitable for Ceramic ...

Hot Pressed Boron Nitride is high thermal shock resistant and non-wet by molten metal/glass, UNIPRETEC is capable to make solid Boron Nitride products in several grades, BN-3000 is one important grade, ...