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| Rated Voltage | Rated Current | Interrupting Current | Lightning Impulse Voltage (BIL) | Power-frequency Withstand Voltage | Creepage Distance |
|---|---|---|---|---|---|
| 11 kV | 100 A | 8 kA | 110 kV | 42 kV | 372 mm |
| 11 kV | 200 A | 10 kA | 110 kV | 42 kV | 372 mm |
Reliable, Lightweight, and Weather-Resistant Designed for Modern Power Distribution
Rated Vortage 10-220KV
Standard:IEC
Material Silcone Rubber,FRP Core
High-conductivity copper cable lug, manufactured from ≥99.9% oxygen-free copper, are available with an optional tin plating for excellent weldability. They accommodate cable diameters from 1.5–500 mm² and are suitable for connecting power distribution cabinets, substations, battery storage boxes, and industrial busbars.
Key Advantages
The Dead End Y Polymer Insulator is designed for high-voltage transmission and distribution systems. Its advanced silicone rubber housing provides superior hydrophobicity, UV resistance, and pollution performance. Lightweight, corrosion-resistant, and maintenance-free, it ensures reliable operation under extreme conditions.
Our composite dead-end insulators are designed in full compliance with IEC 61109. Their weather sheds are molded from super-hydrophobic silicone rubber, the central rod is crafted from corrosion-resistant fiberglass, and all end fittings are hot-dip galvanized steel. These insulators are ideal for use on distribution systems rated between 12 kV and 36 kV.
Stud bolts—also known as double-threaded bolts or simply studs—come in two main styles: full-thread bolts, which feature threading along their entire length, and standard stud bolts with thread only at each end. These versatile fasteners are essential for securing pole-tower lines and crossarms in overhead power distribution. In pole-tower applications, full-thread studs pass completely through…
Stable insulation, wear resistance and long service life
This product is crafted from premium carbon steel and forged using established processes, then machined on high‑precision CNC lathes and finished with hot‑dip galvanization to deliver exceptional mechanical performance and a sleek appearance. Its straightforward structural design ensures outstanding strength and rigidity. The surface receives a specialized protective treatment for superior corrosion resistance, allowing reliable operation in even the most demanding environments.
The product is forged from carbon steel and hot-dip galvanized on the outside to prevent corrosion, last longer and have better quality.
The hot-dip galvanizing process produces hardware that meets IEC standards. It can be customized according to the drawings, and the quality is trustworthy.
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