Recently, many places in northern my country have encountered extreme windy and dusty weather, with instantaneous wind speed exceeding level 8. In this "contest" with natural forces, silicone materials represented by polysilazane and silicone resin have demonstrated unique protection value, and combined with AI technology, they have set off a wave of material innovation.


In the field of construction, glass curtain walls with polysilazane coatings have successfully resisted the impact of sand and gravel and ensured the safety of buildings with their super weather resistance and impact resistance. New energy vehicle manufacturers have introduced AI simulation technology to optimize the structure of silicone rubber sealing strips, reducing the wind and sand penetration rate of door gaps by 40%. In the civilian market, hair sprays with silicone oil ingredients have become a must-have for urban people to commute, and their anti-static properties keep hair smooth in strong winds.


It is worth noting that the scientific research team is applying generative AI to the research and development of silicone materials. By simulating molecular structures through algorithms, a technology company recently launched "intelligent responsive silicone resin", which can automatically adjust the flexibility of photovoltaic panel coatings according to wind strength, and improve power generation efficiency by 15%. Experts said that this cross-border innovation of "materials + AI" may become a new paradigm for dealing with extreme weather.


As the process of carbon neutrality accelerates, the silicone protection system with both durability and environmental protection is redefining the way humans get along with bad weather. From architecture to daily chemicals, this silent material revolution has quietly integrated technological protection into the details of life.
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