Ceramic insulators feature a core structure made by cementing together an iron cap, a porcelain body, and a steel foot, and are widely used in transmission lines, substations, and industrial electrostatic precipitators.

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Ceramic insulators are the core equipment in power systems, responsible for insulating, supporting, and securing conductors. Their structure consists of an iron cap, a porcelain body, and a steel base, all assembled using cement bonding. The surface is typically glazed to enhance its resistance to pollution.

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Ceramic insulators are formed through a high-temperature sintering process and feature a glaze coating on their surface to enhance resistance against pollution. Structurally, they consist of an iron cap, a porcelain body, and a steel base bonded together with cement adhesive, making them widely used in transmission lines, substations, and industrial electrostatic precipitators.

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