The power industry demands high stability in operating temperature for its equipment. Aerogel felt, with its low thermal conductivity, lightweight structure, and flexibility, is increasingly used in power plants and substations. Its nanoscale porous structure significantly reduces heat transfer, enabling excellent insulation even with a relatively thin layer.

Aerogel felt is suitable for complex structures such as bends, valves, boilers, and high-temperature equipment. Its flexible material adheres tightly to the equipment surface, minimizing gaps and maintaining overall performance. Compared to traditional materials, aerogel felt has a wider temperature range and maintains relatively stable thermal resistance even at high temperatures.

In engineering applications, the appropriate specifications should be selected based on the equipment's operating temperature, and attention should be paid to the weather resistance of the outer protective layer to improve long-term stability. As the power industry's requirements for energy conservation and efficiency increase, the application scope of aerogel materials will continue to expand.