As the new energy industry grows—particularly in solar, wind, and electric vehicles—the demand for high-performance materials rises. High-temperature silicone, known for its thermal stability, electrical insulation, and weather resistance, plays a vital role in this sector.

In solar panels, silicone is used to seal frames and junction boxes, maintaining waterproof and airtight protection under prolonged sunlight and heat. In wind turbines, it serves as a protective layer or potting material for electrical components, resisting thermal shock and environmental stress. For electric vehicles, thermal conductive silicone is essential in battery packs to dissipate heat and improve system safety.

Moreover, silicone's UV resistance and low volatility make it suitable for long-term outdoor applications. With increasing integration and harsher operating conditions, high-temperature silicone will become an even more critical material in the future of clean energy.

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