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IntroductionComposite insulators are revolutionizing power transmission by replacing traditional ceramic and glass options. But what makes them so effective? The secret lies in silica, a key component that enhances their mechanical properties.

IntroductionComposite insulators are vital in electrical systems, combining materials to provide strength and insulation. But what happens when fire risks threaten their reliability? Fire-resistant properties are essential for safety and longevity.

Why does silicone rubber have hydrophobicity?IntroductionWhy does water bead on silicone rubber? It's all about hydrophobicity. Silicone rubber resists water, crucial for insulators. In this post, you'll learn what silicone rubber is, why hydrophobicity matters, and its applications.

IntroductionIn the rubber industry, have you ever wondered how raw rubber transforms into durable products like tires and insulator silicone rubber? The secret lies in vulcanization, a process that enhances rubber's strength and elasticity.

IntroductionEver wondered why composite insulators are gaining popularity in electrical systems? These innovative insulators offer remarkable advantages over traditional porcelain and glass types. In this post, you'll learn about their composition, benefits, and applications.

When it comes to the safety and functionality of electrical systems, particularly in high-voltage applications, understanding the different factors that prevent electrical faults is crucial.