Bow Shackle – 3.25T WLL

The Bow Shackle (Omega Shackle) with a 3.25-tonne Working Load Limit (WLL) is a heavy-duty lifting and rigging component manufactured from forged alloy steel, delivering exceptional strength and durability under demanding load conditions. Its distinctive omega/bow-shaped body provides a wider bow than a dee shackle, allowing multiple sling legs or fittings to be connected simultaneously. The shackle is secured with a screw pin fitted with a cotter pin to prevent accidental unscrewing under vibration or dynamic loading. A hot-dip galvanized finish provides robust corrosion resistance for use in harsh environments, and the product is manufactured in full compliance with EN 13889, the European standard governing forged steel shackles for general lifting purposes.

This bow shackle is widely used across a broad range of industrial and commercial applications. In industrial rigging and construction lifting, it serves as a reliable connection point between wire ropes, chains, synthetic slings, and hooks. Its enlarged bow makes it particularly suited to marine deck hardware applications where multiple lines must be gathered at a single point, and it is equally at home in the oil and gas sector for offshore lifting, mooring, and equipment securing operations. The galvanized finish ensures long service life even in saltwater and chemically aggressive environments.

Safe and correct usage is critical when working with any lifting shackle. Always verify that the load does not exceed the rated 3.25T WLL and apply an appropriate safety factor for dynamic or shock-loaded applications. Never side-load the shackle — loads must be applied along the plane of the bow and pin axis to avoid reducing the effective WLL. Before each use, inspect the shackle for cracks, deformation, corrosion, or wear on the pin and body; remove from service any shackle showing signs of damage. Ensure the screw pin is fully tightened and that the cotter pin is correctly inserted and spread to lock the screw pin in position, preventing rotation during lifting operations.