The market prospect of polysilazane is relatively broad, and the following is a specific analysis:
Positive aspects
Widely applied fields drive demand growth
Aerospace field: The development of aerospace vehicles requires materials that can withstand ultra-high temperatures, have good thermal stability, and mechanical properties. Polysilazane can be used to prepare high-temperature structural materials such as thermal barrier coatings and engine components for aircraft, effectively protecting the safety and performance of aircraft in high-speed flight and high-temperature environments. With the continuous increase in demand for high-performance materials in the aerospace industry, the market demand for polysilazane will also correspondingly increase.
Semiconductor field: With the continuous development of semiconductor technology towards smaller sizes and higher performance, the performance requirements for insulation materials are becoming increasingly high. Polysilazane has low dielectric constant, good insulation performance, and high temperature stability, which can be used to prepare insulation layers, passivation layers, etc. in semiconductor devices, helping to improve the performance and reliability of chips. With the rapid development of the semiconductor industry, its market prospects are promising.
In the field of ceramic precursors, polysilazane can be used as a ceramic precursor to prepare ceramic fibers, ceramic coatings, porous ceramic materials, etc. through high-temperature pyrolysis. The application of ceramic based composite materials in aerospace, automotive, energy and other fields continues to expand, and the demand for polysilazane will also continue to grow.
Other fields: In the field of photovoltaic cells, polysilazane can be used to prepare key components such as transparent conductive electrodes. With the continuous development of the photovoltaic industry, its market demand is expected to increase. In the field of biomedicine, the excellent biocompatibility of polysilazane makes it potentially valuable for applications in biosensors, tissue engineering, and other areas.
Policy support and environmental requirements help promote development
Policy support: Governments around the world continue to strengthen their support policies for high-tech industries. For example, China has listed high-performance materials as a strategic emerging industry for key development. Polysilazane, as a high-performance material, is expected to benefit from policy support and gain more research and development investment and market application opportunities.
Environmental requirements: The increasingly strict environmental regulations have promoted the development of the materials industry towards a green and environmentally friendly direction. Polysilazane is relatively environmentally friendly in production and use, meeting the requirements of sustainable development. In some fields with high environmental requirements, such as coatings and electronic packaging, it has the advantage of replacing traditional materials.
Technological progress expands market space
Optimization of Preparation Process: With the continuous development of materials science, the preparation process of polysilazane continues to improve, production costs gradually decrease, and product performance continues to improve, such as higher thermal stability and better film-forming properties, making its application in more fields possible.
Development of modification technology: By using nanotechnology, doping technology, and other techniques to modify polysilazane, new composite materials with specific functions can be developed, such as polysilazane materials with intelligent properties such as self-healing and self sensing, further expanding their market space in high-end manufacturing, intelligent equipment, and other fields.
Challenge aspect
High preparation cost: The preparation process of polysilazane is complex, requiring high-precision equipment and technology, and high raw material costs, resulting in high production costs, which limits its large-scale application in cost sensitive fields such as construction and general industrial coatings.
High technological barriers: The synthesis and application of polysilazane involve multidisciplinary knowledge and complex process technology. Currently, there are few companies worldwide that have mastered the core technology, and new entrants face significant technological barriers, which is not conducive to rapid market expansion.
Low market awareness: Compared to traditional polymer materials and ceramic materials, polysilazane is a new type of material with low market awareness. Many potential users have insufficient understanding of its properties and applications, and companies need to increase their efforts in market promotion and application development.

Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.    
High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.