Shanghai Institute of Silicate, Chinese Academy of Sciences

Add Time：2026-06-25 View:1

Shanghai Silicate Research Institute of the Chinese Academy of Sciences is the top core scientific research institution for advanced inorganic materials science and engineering in China. It is deeply engaged in advanced fields such as high-performance structural ceramics, functional ceramics, ceramic matrix composites, artificial crystals, energy materials, bio inorganic materials, and has a complete range of disciplines. It has long undertaken national key research and development plans, major projects, and various cutting-edge material research topics. It has profound scientific research strength in new material research and development, technology achievements transformation, and high-end material preparation process innovation, providing key core material support for China's advanced manufacturing, new energy, information, biomedicine, and other fields.

Traditional equipment has a limited upper limit for high temperature and pressure, and cannot meet the extreme experimental conditions of ultra-high temperature, ultra-high pressure, and multi field coupling of electric fields. It is difficult to complete the integrated molding and preparation of special superhard materials, high-temperature functional ceramics, and new energy composite functional materials, and the scalability of scientific research processes is limited.

For this purpose, the research institute has specially purchased a high-temperature and high-pressure electric pressure furnace, requiring the equipment to integrate multi field coupling functions of high temperature, high pressure, vacuum, and electric sintering, with core advantages such as precise electric field control, stable pressure loading, uniform temperature field throughout the area, and customizable process parameters. It can achieve electric field assisted rapid sintering, precise modification of functional materials, and formation of high-density special materials, meeting the needs of cutting-edge material research and innovation.

In response to the high-end and cutting-edge research and experimental needs of the Shanghai Institute of Ceramics, Chinese Academy of Sciences, our company has quickly established a specialized service team for high-end research equipment. Combining with the core research and development direction of inorganic special materials and high-performance ceramics of the institute, we offer a complete solution for vacuum hot pressing furnaces, providing one-stop full process services including precise selection, process matching, technical Q&A, on-site installation, precise debugging, and customized scientific research training.

Nuobadi has long been deeply involved in the field of high-end heat treatment equipment supporting national research institutes and key laboratories of universities, focusing on providing customized equipment selection, scientific research process adaptation, on-site precise installation, refined debugging, customized technical training, and integrated solutions for full cycle maintenance for cutting-edge materials science research and development. The vacuum hot press furnace, with its core advantages of high vacuum, high precision, high pressure, and adaptability to multiple working conditions, can fully meet the densification sintering and precision forming needs of high-end materials such as high-performance ceramics, composite materials, artificial crystals, and new energy materials. It continues to provide strong support for national level cutting-edge material research and innovation, as well as key technological breakthroughs.

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