China Green Glass Power Line Insulators U240BP/170M

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The manufacturing of China green glass power line insulators involves the selection of high-quality raw materials that are screened and precisely batched. Utilizing advanced production technology from Germany and Italy, the glass is melted, pressed, and undergoes uniform tempering. Throughout its manufacturing, the insulator is subjected to rigorous cold and hot impact tests, followed by homogenization treatment. These processes ensure each insulator’s reliability and longevity. Due to its high dielectric strength and excellent mechanical properties, the final product is able to withstand various environmental and mechanical stresses.

Product Application Scenarios

China green glass power line insulators are essential in applications involving overhead transmission lines, particularly in high-voltage and extra-high-voltage environments. They are commonly used in settings that include power grid construction and maintenance of national power systems. Given their durability and superior insulative properties, these insulators perform excellently in harsh climates such as deserts, mountainous regions, and humid tropical areas. They provide crucial support and insulation for conductors, thereby ensuring the stability and efficiency of power distribution networks.

Product After-Sales Service

Huayao offers comprehensive after-sales service including technical support, installation guidance, and warranty services to ensure customer satisfaction and optimal performance of the insulators.

Product Transportation

The insulators are packaged in normal export packaging to prevent damage during transit. They can be shipped via major ports such as Ningbo and Shanghai, with a supply ability of 50,000 pieces per month.

Product Advantages

• Durable and long-lasting due to superior material properties.
• Provides excellent insulation, preventing electrical leakage.
• Ensures stability under a wide range of environmental conditions.
• Complies with international quality standards, guaranteeing reliability.

Product FAQ

• What is the primary material used? The primary material is tempered fiberglass, known for its high dielectric strength and mechanical durability.
• What voltage levels can these insulators handle? They are designed for use in high-voltage applications, suitable for voltages up to 33kV.
• Are these insulators resistant to weather effects? Yes, they are non-porous and resistant to weathering elements such as rain, snow, and pollution.
• Can these insulators be used in desert climates? Absolutely, the insulators are designed to function effectively in desert areas with harsh climates.
• How do you ensure product quality? Quality is ensured through a strict technological process and international standard compliance.
• Are there any unique design features? Yes, the cylindrical head structure minimizes size and weight while maximizing creepage distance.
• What is the production capacity? The production facility has the capability to produce over 6 million pieces annually.
• Do you provide technical support for installation? Yes, support is available for installation and technical guidance.
• What is the warranty period? The warranty period will be provided upon purchase inquiry.
• Can I request third-party inspections? Yes, third-party inspections are welcome and can be arranged.

Product Hot Topics

• The Role of Glass Insulators in Modern Electrical Grids Modern electrical grids rely on high-performance insulators to ensure stability and safety. China green glass power line insulators play a crucial role in this regard, offering high dielectric strength and resilience against environmental stressors.
• The Evolution and Longevity of Glass Insulators While newer materials like polymers offer certain advantages, green glass insulators continue to be relevant due to their durability and excellent insulative properties. Companies like Jiangxi Huayao in China continue to innovate in this space.

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