Glass Insulators - Jiangxi Airuida Electric Porcelain Electrical Co., Ltd.

Suspension Porcelain Insulators Post Insulators Pin Type Porcelain Insulators Butterfly Type Porcelain Insulators Line Post Porcelain Insulators Porcelain Crossarm Insulators Tension Insulators Glass Insulators

Glass Insulators

Suspension Porcelain Insulators Post Insulators Pin Type Porcelain Insulators Butterfly Type Porcelain Insulators Line Post Porcelain Insulators Porcelain Crossarm Insulators Tension Insulators Glass Insulators

LXZY-160 LXZY-210 LXZY-240 LXZY-420
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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LXAY-120
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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U210BP U240BP U300BP
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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U160BP
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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LXHP-1201
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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LXY-40 LXY-70 LXY-100 LXY-120 LXY-160 LXY-210 LXY-240 LXY-300 LXY-420 LXY-550
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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U70CN200
Due to the high mechanical strength of the glass insulator surface, cracks are less likely to occur. The electrical strength of glass generally remains constant throughout the entire operational period, and its aging process is much slower than that of porcelain. Therefore, glass insulators are mainly discarded due to self-damage that occurs within the leading operational years. In contrast, the defects of porcelain insulators are only discovered several years into operation.
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