IOTA CORPORATION LTD.
Hits: 178 img
In the energy industry, the high-temperature performance of materials directly impacts the efficiency and safety of equipment. In recent years, polysilazane has emerged as a high-performance material, earning the title of a “heat-resistant pioneer” due to its exceptional resistance to high temperatures and chemical corrosion. It provides long-term protection for fuel cells, solar cells, and nuclear power equipment.
Polysilazane is an inorganic-organic hybrid material containing silicon and nitrogen, which gives it outstanding thermal and chemical stability. In fuel cells, polysilazane is used as a protective coating for proton exchange membranes and electrode materials. It effectively isolates high temperatures and corrosive media, preventing membrane degradation and failure, thereby enhancing the efficiency and lifespan of fuel cells.
In solar cells, polysilazane is used as an encapsulation material and protective coating. Its high-temperature and UV resistance enable it to withstand prolonged exposure to sunlight and extreme heat, extending the service life of solar panels. Additionally, its excellent electrical insulation properties prevent short circuits and electrical failures.
In the nuclear energy sector, polysilazane is applied as a protective coating for reactor components. Its resistance to high temperatures and radiation ensures durability under extreme conditions, prolonging the service life of nuclear reactor components. Furthermore, polysilazane's low toxicity meets the stringent safety standards of the nuclear industry.
As energy technologies continue to advance, the demand for high-performance materials is growing. The introduction of polysilazane provides innovative solutions for the energy sector. In the future, with continued breakthroughs in material science, polysilazane is expected to play a critical role in a broader range of energy applications, contributing to the efficiency and sustainability of the energy industry.
More information please check:
