Innovation Leads Industry Change

The polysilazane materials industry is experiencing a wave of technological innovation, driving material performance breakthroughs and application expansion, and leading industry change.
 

High-Performance Resin Development Breakthroughs

The Chinese Academy of Sciences has recently developed the third-generation cross-linked polysilazane resin, which can withstand temperatures up to 1800℃ and remain stable for 300 hours. This technological breakthrough significantly enhances the application performance of polysilazane materials in extreme environments, providing more reliable material options for high-end fields such as aerospace and electronic packaging.
 

Green Production Processes for Sustainability

Amid stricter environmental regulations, the green production processes of polysilazane materials have become a focus of the industry. The emerging catalytic cracking process, with its lower energy consumption and higher product purity, is quickly gaining market share. This process not only reduces pollutant emissions during production but also lowers production costs, promoting the industry's sustainable development.
 

Industry-Academia Cooperation Accelerates Technology Transfer

Domestic enterprises' cooperation with universities and research institutions is deepening, accelerating the transfer and application of polysilazane material technologies. For example, Jiangxi Yanxun Silicon Material Co., Ltd. has successfully overcome the "bottleneck" of polysilazane through cooperation with universities, achieving domestic production of high-performance polysilazane materials. This cooperation model not only enhances the technical level of enterprises but also promotes the rapid implementation of research results.
 

Overall, technological innovation is injecting strong momentum into the polysilazane materials industry, driving it towards high performance, greener, and more sustainable directions.