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Advanced Anti-Contamination Glass Insulators for Coastal & High-Humidity Grids Engineered for critical electrical insulation in humid and polluted settings, these insulators are crafted from toughened glass with advanced anti-fog properties. They effectively combat surface leakage and moisture accumulation, ensuring stable power transmission in foggy, coastal, and high-humidity areas. Data Sheet Fog Type Spacing(mm) Diameter (mm) Creepage Distance(mm) Standard Coupling

120kN 160kN 210kN Double Shed Toughened Glass Insulator for Electrical Transmission Designed to meet high mechanical and electrical demands, our 120kN, 160kN, and 210kN Double Shed Toughened Glass Insulators provide exceptional performance in critical transmission applications. Featuring a durable two-shed profile made from high-strength tempered glass, they deliver extended creepage distance to effectively prevent flashovers and ensure operational safety. The robust

Standard Electrical Glass Insulator for Power Grid Projects In high-voltage power transmission and distribution networks, Standard Electrical Glass Insulators are fundamental components designed to provide reliable electrical insulation and robust mechanical support. They are engineered to isolate energized conductors from grounded structures, such as towers and poles, thereby ensuring the safe, efficient, and uninterrupted flow of electricity across vast distances in power

High-Performance Fog-Type Glass Insulators for Salt-Polluted Coastal Areas Essential components in electrical systems, designed to insulate and stabilize conductors in environments with persistent high humidity or fog. Utilizing specially toughened glass with anti-fog enhancements, they prevent moisture buildup and surface discharge, guaranteeing reliable dielectric performance in misty, coastal, or condensation-prone regions. Data Sheet Fog Type Spacing(mm) Diameter (mm)

High Strength Double Shed Glass Insulator for Overhead Power Lines Our High Strength Double Shed Glass Insulator is engineered to deliver exceptional electrical insulation and mechanical resilience in demanding overhead power line applications. Featuring a robust two-shed design crafted from high-grade tempered glass, this insulator significantly extends creepage distance to effectively prevent flashovers and ensure stable power transmission even under extreme environmental

Standard Glass Insulator for Overhead Transmission and Distribution Our standard glass insulator combines high dielectric strength with outstanding mechanical toughness. Ideal for power grid and railway electrification projects, it ensures reliable insulation, puncture resistance, and extended service life under demanding operational conditions. Data Sheet Standard Type Spacing(mm) Diameter (mm) Creepage Distance(mm) Standard Coupling Mechanical Faiing Load(kN) U40B 110 175

Anti-Fog Toughened Glass Insulators for Coastal Transmission Lines Fog Glass Insulator is a critical component in electrical systems, engineered to insulate and stabilize conductors in high-humidity or fog-prone environments. Made from specially treated toughened glass with enhanced anti-fog properties, it features superior resistance to moisture accumulation and surface leakage, maintaining strong dielectric strength even in misty or condensation-heavy conditions. This

High-Voltage Double Shed Glass Insulator for Transmission Lines (10kN-300kN) Double Shed Glass Insulators are engineered for superior electrical insulation in demanding power line applications. Featuring a robust two-shed design made from tempered glass, they significantly extend the creepage distance to prevent flashovers. This construction ensures reliable performance under pollution, heavy rain, and coastal conditions by effectively shedding water and resisting contaminant

Tri-shed Glass Insulators are a key component in electrical systems, engineered to insulate and steady conductors in complex and harsh environmental conditions. Made from high-performance toughened glass with a three-layer shed structure, it features exceptional resistance to heavy pollution, persistent rain, and thick dust accumulation, maintaining strong dielectric strength even in severely contaminated or prolonged rainfall conditions. This design ensures consistent and