Hot Dip Galvanized Oval Eye Bolt Long Forged Eye Bolt for Electric Power Fittings

This eye bolt is specialized for electric power fittings, built with a long forged oval eye to fit large components like heavy insulators and high-voltage cables. Made from high-strength carbon steel, its forging process eliminates internal flaws, ensuring it handles the static and dynamic loads of power transmission systems. The hot dip galvanized finish provides durable corrosion resistance against outdoor elements—rain, humidity, and salt spray—keeping connections reliable on power poles. It matches standard power hardware for easy installation, making it a trusted choice for securing critical power distribution components.

Applications:

1. Mounting heavy insulators to electric power poles
2. Securing high-voltage transmission cables
3. Connecting power line hardware (e.g., clevises, links)
4. Fastening power distribution components
5. Attaching accessories to electric power poles

Q & A

1. Q: What’s the advantage of the "long forged eye" design for electric power fittings? A: The long forged eye provides extra space to accommodate large power components—like heavy insulators or thick high-voltage cables. It avoids space constraints that could loosen connections, ensuring stable attachment for critical power systems.
2. Q: Why is "hot dip galvanization" necessary for this power fitting eye bolt? A: It creates a thick, weatherproof coating that resists corrosion from rain, humidity, and salt spray. This long-term protection is essential for power bolts that stay exposed on outdoor poles, preventing rust-related failures in power transmission.
3. Q: How does "forging" improve the eye bolt’s performance for electric power use? A: Forging eliminates internal flaws in the carbon steel, boosting tensile strength (≥700MPa) and impact resistance. This lets the bolt handle the static/dynamic loads of power systems—like cable weight or pole vibration—without deforming.
4. Q: Can this eye bolt be used for low-voltage power systems, or only high-voltage? A: It works for both. Its load capacity (8kN–40kN) and compatibility with standard power hardware fit low-voltage distribution components and high-voltage transmission parts, making it versatile across power systems.
5. Q: Why is carbon steel the base material instead of stainless steel for this bolt? A: Carbon steel balances higher load-bearing capacity (critical for heavy power fittings) and cost-effectiveness. Stainless steel, while corrosion-resistant, often has lower tensile strength and higher costs—less ideal for large-scale power system use.