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Pressure-less sintering of silicon Carbide/Zirconium DiBoride composites

标题: Method for Pressurelessly sintering of Zirconium DiBoride/Silicon Carbide bodies to high Denisities

*Abstract: Transition metal borides, such as zirconium diboride (ZrB2), are materials which possess a unique and highly useful combination of qualities such as increased melting temperature, strength, and hardness. Additionally, metal borides are strong electric and thermal conductors, which increase the potential of ZrB2-based ceramics within the aerospace industry for use in electrodes, cutting tools, or crucibles for molten metal contact. Such applications require extremely high temperatures, but the current oxidation resistance of ZrB2 needs to be improved to endure these high temperatures. Oxidation resistance is commonly improved through the addition of silicon carbide (SiC) using fabrication methods such as hot-pressing or liquid phase sintering. However, both of these methods have limitations. This technology is a solution to the challenges and limitations presented by hot-pressing or liquid phase sintering. Using a pressureless sintering process, theoretical density is achieved by sintering products at 2100⁰C for four hours in an atmosphere of Argon (Ar). This innovative process uniformly distributes additives into the ZrB2 matrix, which produces a specifically designed microstructure with a high oxidation resistance.

*Principal Investigation: Name: Shi Zhang, Research Engineer
Department:

Name: Greg Hilmas, Professor of Ceramic Engineer
Department:

Name: William Fahrenholtz, Associate Professor
Department:

附加资料: Inventor: GUO, HONGBAO | ZHANG, ZHANFENG
Priority Number: MY153038A
IPC Current: A62C000316
Assignee Applicant: Shaanxi J&R Fire Fighting Co. Ltd.
Title: FIRE-EXTINGUISHING AEROSOL COMPOSITION FOR COMMON ELECTRIC APPARATUSES
Usefulness: FIRE-EXTINGUISHING AEROSOL COMPOSITION FOR COMMON ELECTRIC APPARATUSES

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