LockJaw synthetic lifting shackle, 5/16 in., 5,280 lbs WLL, bottom view

LockJaw® Synthetic Lifting Shackle, 5,280 lbs WLL, 3" Working Diameter

$45.50
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LockJaw synthetic lifting shackle, 5/16 in., 5,280 lbs WLL, bottom view

LockJaw® Synthetic Lifting Shackle, 5,280 lbs WLL, 3" Working Diameter

$45.50

The LockJaw® Synthetic Shackle is a lifting‑rated, high‑strength soft shackle designed to replace traditional steel screw‑pin shackles in overhead lifting and critical rigging applications. Made in the USA and rated at 5,280 lbs Working Load Limit with a 3" working diameter, it delivers reliable lifting performance in a compact, easy‑to‑handle format that fits seamlessly into your Fusion Tools recovery and lifting system.

Key specifications

  • Lifting‑rated synthetic soft shackle with 5,280 lbs Working Load Limit

  • 3" working diameter for tight, controlled connections to hooks, pad eyes, lifting points, and structural members

  • Rope body made from high‑strength HMPE synthetic fiber with a protective sleeve for abrasion and UV resistance

  • Designed to meet or exceed ASME B30.26 requirements for rigging hardware used in lifting operations

Design and safety

  • Excellent strength‑to‑weight ratio compared to steel shackles, reducing operator fatigue and the risk of dropped heavy hardware

  • Soft, flexible body wraps cleanly around anchor points, reducing point‑loading, metal‑to‑metal contact, and damage to painted or delicate surfaces

  • Patented LockJaw closure securely holds the shackle closed under load while remaining quick and simple to open and re‑rig between lifts

  • If overloaded to failure, the synthetic shackle is designed to fall safely rather than violently recoil, helping reduce injury risk versus traditional steel shackles

  • Corrosion‑resistant, UV‑resistant, and freeze‑proof fibers for long service life in outdoor, marine, and harsh‑environment operations

Made in the USA

  • Manufactured in the USA with tight quality control and material traceability

  • Engineered with a robust design factor behind the stated WLL to support lifting and other critical rigging tasks

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