Production process
Green synthesis process research and development:
Actively exploring the use of more environmentally friendly raw materials to synthesize polysilazane, such as searching for green alternatives that can replace traditional high polluting and highly toxic raw materials, and reducing the introduction of harmful substances to the environment from the source.
Optimize the synthesis reaction conditions, utilize new catalysts, mild reaction temperatures and pressures, reduce energy consumption and byproduct generation during the reaction process, improve atomic utilization, and make the entire synthesis process greener and more efficient.
Pollution control and resource recycling in the production process:
Install effective exhaust gas, wastewater, and waste residue treatment systems to strictly treat pollutants generated during the production process, ensuring emissions meet environmental standards. For example, using adsorption, decomposition and other technologies to treat volatile organic compounds in exhaust gas, and purifying wastewater through neutralization, precipitation and other methods.
Establish a mechanism for resource recycling, and attempt to recycle and reuse some by-products, waste materials, etc. in the production process, converting them into raw materials that can be reused for the production of polysilazane or other related products, reducing waste emissions.
Usage process
Environmentally friendly formula design:
When applying polysilazane to smart grids, develop and adopt supporting components such as additives and solvents that have minimal environmental impact. For example, choosing biodegradable solvents and avoiding the use of organic solvents that pose long-term pollution risks to soil, water bodies, etc. can reduce the potential harm to the surrounding environment during use.
Optimize the usage and quantity of polysilazane in power grid equipment, while ensuring insulation performance and other requirements, and minimize the overall material usage, thereby indirectly reducing its environmental load during its service life.
Reduce the release of volatile organic compounds:
Modification treatment of insulation products made of polysilazane, such as reducing the release of volatile organic compounds (VOCs) during use through physical or chemical methods, can avoid pollution to the atmospheric environment and also help ensure the air quality of the working environment around power grid equipment.
Develop effective sealing and wrapping technologies to properly handle insulation components using polysilazane, preventing its components from evaporating into the external environment during long-term use.

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