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Factory Electrical Glass Insulators UG120B/146/450D

Short Description:

Factory-direct electrical glass insulators UG120B/146/450D for high-voltage applications, ensuring safe transmission.


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Product Main Parameters

ParameterValue
Diameter (D)280mm
Spacing (H)146mm
Creepage Distance450mm
Coupling Size16mm
Mechanical Failing Load120kN
Tension Proof60kN
Dry Power-Frequency Withstand Voltage80kV
Wet Power-Frequency Withstand Voltage45kV
Dry Lightning Impulse Withstand Voltage120kV
Puncture Withstand Voltage130kV

Common Product Specifications

TypeDiameter D (mm)Creepage Distance (mm)
UG70B146/450D280450
UG100B146/450D280450
UG120B146/450D280450
UG160B170/450D300450
UG210B170/450D300450
UG300B195/480D330480

Product Manufacturing Process

The manufacturing process of electrical glass insulators involves advanced technological methods that ensure superior mechanical and electrical performance. The process begins with the selection of high-purity raw materials, which are melted at precise temperatures to ensure uniformity. The molten glass is then formed into the desired shape using specialized molds, followed by a rapid cooling process that imparts strength through the creation of a toughened surface layer. Furthermore, comprehensive quality checks are conducted at each stage to detect and correct potential defects, ensuring each insulator meets stringent industry standards. This meticulous manufacturing process not only results in robust insulators but also contributes to longevity and reliability. According to authoritative studies, toughened glass insulators show enhanced performance compared to traditional materials, providing higher dielectric strength and better resistance to environmental stressors.

Product Application Scenarios

Electrical glass insulators are integral to the stability of power transmission systems across various environments. They are particularly valuable in high-voltage transmission lines, where their excellent dielectric properties ensure minimal energy loss. In wind-prone areas, the durability and mechanical strength of these insulators prevent structural failures. Additionally, their resistance to atmospheric contaminants makes them ideal for urban settings, where pollution can impact performance. Authoritative sources suggest their continued evolution in design allows them to meet the rising demands of modern electrical grids, ensuring broad applicability in both rural and urban landscapes.

Product After-Sales Service

Our factory offers extensive after-sales service for electrical glass insulators. We ensure timely assistance with installation, provide comprehensive guidance on maintenance practices, and facilitate easy access to replacement parts in case of damage. Our dedicated support team is available to address any concerns, ensuring customer satisfaction and optimal product performance.

Product Transportation

Transportation of factory electrical glass insulators is carried out with stringent safety measures to prevent damage. Products are securely packaged in wooden crates, further stabilized on pallets, and shipped via our trusted logistics partners to ensure timely and intact delivery to our international client base.

Product Advantages

  • Durability: Our factory electrical glass insulators exhibit remarkable longevity, reducing the need for replacements.
  • High Dielectric Strength: The insulators efficiently withstand high voltages, ensuring safety and efficiency.
  • Low Maintenance: The smooth glass surface naturally resists dust and pollution, minimizing upkeep demands.

Product FAQ

  • Q: What makes factory electrical glass insulators resistant to environmental changes?
    A: The meticulously toughened glass used in their production ensures exceptional resistance to temperature fluctuations and pollution.
  • Q: How are the insulators tested for quality?
    A: Each insulator undergoes rigorous testing for mechanical and electrical parameters in compliance with international standards.
  • Q: What is the expected service life of these insulators?
    A: Designed for robust performance, these insulators generally last several decades with minimal maintenance.
  • Q: Can these insulators be customized for specific voltages?
    A: Yes, our factory can accommodate various voltage requirements thanks to flexible manufacturing techniques.
  • Q: How are the insulators packed for transportation?
    A: They are securely packed in wooden cases and placed on pallets to ensure undamaged delivery.
  • Q: Do these insulators require special installation tools?
    A: Standard tools are generally sufficient, but our after-sales team provides guidance for any specific scenarios.
  • Q: Is technical support available post-purchase?
    A: Yes, our factory provides ongoing support to address installation or performance questions.
  • Q: What standards do the insulators comply with?
    A: They are designed according to GB, ANSI, IEC, and other international standards for consistent quality assurance.
  • Q: Are there any installation tutorials provided?
    A: We supply comprehensive manuals and video tutorials to assist with installation.
  • Q: How is product performance monitored over time?
    A: Regular inspections and maintenance checks are recommended to ensure optimal functionality.

Product Hot Topics

  • Topic: The Role of Factory Electrical Glass Insulators in Modern Power Grids
    Electrical glass insulators manufactured by advanced factories are pivotal in the operation of contemporary power grids. Their design and material composition grant them superior performance in high-stakes environmental conditions, leading to safer and more reliable power transmission. These insulators bear the mechanical and electrical loads with enhanced efficiency, proving indispensable in a world increasingly reliant on robust power infrastructure.
  • Topic: Environmental Benefits of Using Factory Electrical Glass Insulators
    The production and application of electrical glass insulators from top-tier factories contribute significantly to environmental sustainability. The material's resistance to pollutants and weather-related stresses minimizes the energy loss typical of transmission lines. Consequently, they enable more energy-efficient grid operations, lowering the carbon footprint associated with electricity distribution.

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