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Eye Bolt with Cotter Pin

Eye Ball Parallel Type Horn Holder Type

High-quality oval eye bolt engineered for overhead power distribution lines and utility infrastructure. Crafted with hot-dip galvanized steel for superior corrosion resistance and durability. Features a precision oval eyelet for secure wire rope or insulator connection, complete with a locking cotter pin to ensure reliable fastening under high tensile loads. A critical component for pole line termination, guy wire stabilization, and overhead line hardware systems.

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Product Advantages

Eye Ball Design:

The holder is designed in the shape of an “eye ball,” with a round shape and a protruding socket to hold the horn.

Durable and Reliable Performance:

Made from durable materials like metal, this horn holder offers reliable performance and longevity. Its parallel placement ensures a secure and stable attachment to the vehicle’s frame or body.

Easy Installation:

The eye ball can be effortlessly installed using basic tools. It usually includes mounting screws or clamps, which facilitate a hassle-free installation process. This user-friendly feature ensures that the holder can be securely and conveniently mounted.

Product Features

Galvanized to Be Not Easy Oxidization:

The eye ball is galvanized, providing excellent protection against oxidation. This galvanized coating ensures that the holder is resistant to rust, even when exposed to wet air. The zinc outer layer effectively prevents corrosion, making it suitable for long-term use. Rest assured that this holder is designed to withstand the elements and maintain its durability.

High-quality Construction:

The eye ball is subjected to rigorous testing to ensure compliance with stringent quality standards. It is specifically designed to effectively prevent electric leakage and exhibits exceptional resistance to high temperatures and burning. These features guarantee the safety and reliability of the holder, making it suitable for various applications.

Excellent Conductivity:

The eye ball guarantees excellent conductivity, facilitating efficient electrical connections between equipment. This ensures seamless and reliable transmission of electrical signals, promoting optimal performance and functionality.