Huzhou Tailun Insulator Co.,Ltd. 온라인 제품

400-550kN Superior Fog Glass Insulators Engineered for Harsh Coastal Environments As a critical component in power systems, the fog-type glass insulator utilizes specially formulated glass to repel moisture and resist salt pollution. Its design ensures consistent insulation strength and prevents flashovers in fog-prone coastal and high-humidity regions. Data Sheet Fog Type Spacing(mm) Diameter (mm) Creepage Distance(mm) Standard Coupling Mechanical Faiing Load(kN) U70BLP 146

230kV 500kV Double Shed Glass Insulator for Transmission Towers Engineered for high-voltage applications on transmission towers, the 230kV/500kV Double Shed Glass Insulator delivers superior electrical insulation under demanding operating conditions. Its robust two-shed design, crafted from high-strength tempered glass, significantly extends creepage distance to prevent flashovers and ensure grid stability. This construction provides reliable performance in polluted, rainy,

High Strength Glass Insulator String for Long Span River Crossing Projects Engineered to meet the stringent demands of extra-high voltage (EHV) networks, this toughened glass insulator is calibrated for critical transmission applications. It provides essential electrical isolation between energized conductors and support structures, effectively mitigating leakage currents. The unit's high mechanical strength ensures resilience against dynamic loads and vandalism, facilitating

The Economic Benefit of Low-Maintenance Fog Glass Insulators for Coastal Utilities Fog-type glass insulators serve as vital components, providing exceptional insulation for conductors. Their specially treated toughened glass construction resists fog-induced surface tracking and maintains dielectric integrity, delivering dependable performance in salt-polluted coastal regions and frequent fog conditions. Data Sheet Fog Type Spacing(mm) Diameter (mm) Creepage Distance(mm)

300kN Double Shed Glass Insulator for Heavy Duty Transmission The 300kN Double Shed Glass Insulator is engineered to deliver superior electrical insulation and exceptional mechanical strength for heavy-duty transmission applications. Featuring a robust two-shed design crafted from high-strength tempered glass, it significantly extends creepage distance to effectively prevent flashovers under extreme electrical loads. Its construction ensures reliable performance in polluted,

Reliable High Strength Glass Insulator for 110kV to 500kV Power Projects Maximize grid reliability across 110kV to 500kV power projects with our high strength toughened glass insulator. Designed to meet the demands of modern transmission networks, it delivers essential electrical isolation that effectively mitigates leakage currents. The unit's exceptional mechanical strength ensures resilience against dynamic loads and vandalism, facilitating continuous power flow. By

Corrosion-Resistant & Anti-Fog Dual-Protection Glass Insulators for Seaside Grids Designed for coastal power lines. These toughened glass insulators prevent corrosion and fog-related failures in salt-heavy, humid environments. They reduce maintenance, prevent power outages, and ensure reliable electricity transmission in coastal areas. Ideal for seaside, offshore, and high-pollution grids. Data Sheet Fog Type Spacing(mm) Diameter (mm) Creepage Distance(mm) Standard Coupling

ANSI Class 52-6 Double Shed Glass Insulator for HV Transmission The ANSI Class 52-6 Double Shed Glass Insulator is engineered to deliver superior electrical insulation in high-voltage transmission lines under demanding operational conditions. Its robust two-shed design, made from high-grade tempered glass, significantly extends the creepage distance to effectively prevent flashovers and enhance system reliability. This construction ensures consistent performance in polluted,

Factory Price Electrical Grid Standard Glass Insulator for Substation and Transformer Station Engineered specifically for substation and transformer station applications, this Electrical Grid Standard Glass Insulator offers an optimal balance of affordability and high-performance insulation. It functions as a fundamental safety component, isolating energized equipment from grounded supports to maintain grid integrity. With high dielectric strength and durable mechanical