Cloimei Heavy Duty 304 Stainless Steel Screw Pin Anchor Shackle Bow Shape Connector for Marine Construction Industrial Lifting Rigging with High Load Bearing Capacity Secure Fasten (10pcsM8)
R 1,769
or 4 x payments of R442.25 with
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Delivery: 10-20 working days
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Cloimei Heavy Duty 304 Stainless Steel Screw Pin Anchor Shackle Bow Shape Connector for Marine Construction Industrial Lifting Rigging with High Load Bearing Capacity Secure Fasten (10pcsM8)
[INDUSTRIAL-GRADE 304 STAINLESS STEEL] Forged from premium 304 stainless steel, these heavy-duty shackles deliver unmatched resistance and structural integrity. The marine-grade material withstands saltwater, , and extreme weather conditions while maintaining its high-gloss finish and load-bearing capabilities year after year.
[MASSIVE LOAD CAPACITY FOR DEMANDING JOBS] Engineered to handle rigorous industrial applications, these shackles feature varying load ratings from 150kg to 1100kg to accommodate different project requirements. The reinforced bow design distributes weight evenly, preventing stress points while ensuring safe lifting operations in construction, marine, and rigging scenarios.
[QUICK-DEPLOY SCREW PIN MECHANISM] The innovative screw pin design allows for rapid installation and removal while maintaining a secure, vibration-connection. The precision-threaded pin locks firmly in place during operation yet releases instantly when needed, saving valuable time on job sites without compromising safety.
[VERSATILE PROFESSIONAL APPLICATIONS] Designed for commercial use across multiple industries including offshore oil rigs, bridge construction, and shipyards. These shackles meet the demanding requirements of electricians, riggers, and construction crews who need reliable hardware that performs in critical load-bearing situations.
[SAFETY ENGINEERING] Each shackle undergoes rigorous stress testing to exceed industry safety standards. The thickened neck design and smooth radius transitions eliminate weak points, while the polished surface finish allows for easy inspection of structural integrity before each use in high-risk lifting operations.