Thimble clevis 40kN for use with Preform guy grip

by Fiber

KES 900 Excl. Tax KES 1,000
  • Material: Galvanized steel for corrosion resistance
  • Breaking Strength: 40kN (kilonewtons)
  • Compatibility: Suitable for use with preform guy grips and stay wires
  • Size: Designed for 10-12mm diameter guy grips
  • Pin Diameter: 16mm (standard size)
  • Finish: Hot-dip galvanized for enhanced durability and rust protection
  • Design: U-shaped clevis with a thimble eye for secure attachment to guy wires
  • Load Capacity: Can handle high-tension loads in transmission line or utility pole applications
  • Standards Compliance: Meets ISO and IEC standards for safety and quality
  • Application: Used in utility poles, telecommunication towers, and other tensioned cable systems
Model NumberThimble clevis 40kN
SKU15509

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Description

Thimble clevis 40kN for use with Preform guy grip 

The Thimble Clevis 40kN is a robust and durable hardware component specifically designed for use with preform guy grips and stay wires in high-tension applications. Constructed from high-quality galvanized steel, it offers excellent resistance to corrosion, ensuring long-lasting performance even in harsh outdoor environments. With a breaking strength of 40 kilonewtons (kN), this clevis is capable of withstanding significant tensile forces, making it ideal for supporting utility poles, telecommunication towers, and other tensioned cable systems.

The U-shaped design of the clevis, paired with its thimble eye, provides a secure attachment point for guy wires, ensuring stability in critical installations. Its hot-dip galvanized finish enhances its durability by protecting against rust and weather damage. The device is compatible with 10-12mm diameter guy grips and features a 16mm pin diameter, making it versatile for various applications.

Meeting industry standards such as ISO and IEC, the Thimble Clevis 40kN ensures safe and reliable performance in load-bearing installations, offering a dependable solution for maintaining structural stability in infrastructure projects.