Campbell T9640635 3/8 Inch Galvanized Anchor Shackle

Product Description

The CAMPBELL T9640635 is a 3/8 inch screw pin anchor shackle built for industrial rigging and lifting applications. Constructed from forged steel with a galvanized finish, this shackle delivers corrosion resistance and structural integrity under load. The screw pin design allows for quick connection and disconnection without tools, making it practical for frequent rigging changes. It is sold individually and weighs approximately 0.285 pounds. Installation and use are typical for licensed riggers, contractors, and trade professionals working in material handling, marine, utility, or construction environments.

This anchor shackle is suited for general-purpose rigging, tie-down, and load-securing tasks in both residential construction and light commercial or industrial settings. The galvanized coating makes it appropriate for outdoor and moderately corrosive environments. The 3/8 inch body size fits standard rigging hardware in this class and is compatible with wire rope, chain, hooks, and lifting slings sized for that working range.

Key Features

• Forged steel construction for industrial-grade strength and durability
• Galvanized finish provides corrosion resistance for outdoor and wet environments
• Screw pin design enables tool-free connection and removal
• 3/8 inch shackle body for compatibility with standard rigging hardware
• Sold individually — one shackle per unit

Compatibility

Designed as a standard 3/8 inch screw pin anchor shackle for use with wire rope, chain, hooks, and lifting slings rated for this shackle body size. Verify load ratings and hardware compatibility before use.

Installation Notes

Screw pin anchor shackles should be installed and inspected by qualified riggers or trade professionals familiar with applicable ASME B30 rigging standards. Always ensure the pin is fully threaded and secured before applying load. Never side-load an anchor shackle or exceed the rated working load limit marked on the body. Inspect for deformation, corrosion, or thread damage before each use.