Ultra-high-voltage Glass Insulators from Hunan Nooa

key details about ultra-high-voltage glass insulators:

ultra-high-voltage glass insulators refer to toughened or tempered glass insulators designed specifically for use in ultra-high-voltage ac and dc transmission lines operating at voltages exceeding 800 kv.

material and construction of ultra-high-voltage glass insulators:

these insulators are made of toughened or tempered glass, which is a type of safety glass that has been heat-treated to enhance its strength and durability.
they are designed to withstand the extreme mechanical and electrical stresses associated with ultra-high-voltage transmission lines.

applications of ultra-high-voltage glass insulators:

ultra-high-voltage glass insulators are used to insulate and support electrical conductors in ultra-high-voltage ac (uhvac) transmission lines operating above 800 kv.
they are also used in ultra-high-voltage dc (uhvdc) transmission lines, which are defined as dc voltage transmission above 800 kv.

models and specifications of ultra-high-voltage glass insulators:

common models mentioned in the search results include the "standard type ultra-high voltage toughened glass insulator (760/840kn)" and the "ultra-high voltage standard type toughened glass insulator (550kn)".
these models are designed to meet specific mechanical and electrical requirements for ultra-high-voltage applications, with the numbers indicating the mechanical failing load or strength rating.

advantages of ultra-high-voltage glass insulators:

high mechanical strength and durability to withstand the extreme stresses of ultra-high-voltage transmission.resistance to environmental factors like corrosion and pollution, making them suitable for use in various conditions.transparency, which allows for easy inspection and maintenance.

ultra-high-voltage glass insulators are specialized toughened glass insulators designed to meet the demanding requirements of ultra-high-voltage ac and dc transmission lines operating above 800 kv. they offer high mechanical strength, durability, and resistance to environmental factors, making them a reliable choice for insulating and supporting electrical conductors in these critical applications.