National Mfg N240-895 Zinc Double Clevis Link 1/2 in

Product Description

The NATIONAL MFG/SPECTRUM BRANDS HHI N240-895 is a zinc double clevis link designed to connect chain to rings, end links, hooks, pad eyes, and other rigging fittings. Built from zinc for corrosion resistance, this 1/2 inch clevis link serves as a reliable intermediate connector in load-bearing chain assemblies. It ships boxed loose and is sold in a package quantity of 3. Licensed tradespeople and field technicians working with chain rigging in demanding environments rely on this hardware for fast, secure connections between chain components and ancillary fittings.

This double clevis link is most commonly used as a connecting link in agricultural and logging applications, where chain assemblies are subject to heavy loads and outdoor exposure. Typical install scenarios include attaching log skidding chains, farm equipment rigging, and tow or drag chain setups. The double clevis design allows engagement on both ends, making it well suited for inline connections between dissimilar chain hardware components in field conditions.

Key Features

• Zinc construction provides corrosion resistance for outdoor and agricultural use
• Double clevis design connects chain to rings, end links, hooks, and pad eyes
• 1/2 inch nominal size for compatibility with standard 1/2 inch chain hardware
• Packaged loose in a box, quantity of 3 per package
• Common connecting link in agricultural and logging chain assemblies

Compatibility

Designed as an OEM-style connecting link for use with standard 1/2 inch chain assemblies, rings, hooks, end links, and pad eyes in agricultural or logging rigging applications.

Installation Notes

Installation is typically performed by riggers, farm equipment operators, or logging personnel familiar with chain hardware assembly. Always verify that the clevis link size matches the working load requirements of the chain assembly before use. Inspect the link for deformation or zinc coating damage before each use. Never exceed the rated load capacity of any component in the chain assembly.