Polysilazane, as an inorganic-organic hybrid polymer, is showcasing broad application prospects in multiple high-tech fields with its unique chemical structure and exceptional performance. This material not only exhibits high temperature resistance and corrosion resistance but also possesses outstanding antioxidant, radiation resistance, and electrical properties, making it a preferred choice for industries such as aerospace, semiconductors, and new energy.

The molecular structure of polysilazane contains stable Si-N bonds, which impart the material with excellent electrical properties and thermal stability. In high-voltage electric fields, polysilazane maintains stable insulation performance and is resistant to breakdown. Additionally, its high resistivity helps prevent current leakage, improving energy conversion and transmission efficiency. Furthermore, polysilazane possesses good weather resistance and wear resistance, maintaining material integrity and performance stability in harsh environments.

In the aerospace industry, polysilazane can be used to manufacture high-temperature components and thermal protection coatings, enhancing the heat resistance and safety of aircraft. In the semiconductor industry, it serves as encapsulation material and coating, effectively protecting chips from environmental damage. The new energy sector utilizes the electrical properties and thermal stability of polysilazane to produce high-performance batteries and capacitors, improving energy storage and conversion efficiency.

Disclaimer: The properties and applications of polysilazane described in this article are for reference only.