Safetex pozinkované kovanie WLL 4.750kg| zahnutý tvar so 3/4 skrutkovým čapom

When lifting or securing heavy loads in harsh environments, substandard shackles can fail, leading to costly downtime or safety incidents. The SAFETEX SH1-04.75 bow shackle eliminates that risk with a forged high-tensile steel body and hot-dip galvanized finish, delivering a massive 4750 kg working load limit. Its generous bow shape accommodates multiple sling legs or larger fittings, while the 3/4-inch screw pin ensures a secure, vibration-resistant connection. Built for marine, construction, and industrial rigging, this shackle shrugs off corrosion and stands up to daily abuse.

Who is it for

Riggers, crane operators, tow truck drivers, and maintenance crews who demand dependable load-bearing hardware in outdoor or corrosive settings. Ideal for lifting beams, towing equipment, anchoring structures, and securing cargo on trucks or vessels.

Main features

• Hot-dip galvanized high-tensile steel for excellent corrosion resistance
• Forged bow (anchor) shape provides ample clearance for multi-leg slings
• Working load limit of 4750 kg for heavy-duty applications
• 3/4-inch (19.05 mm) alloy steel screw pin with threaded retention
• Metallic grey finish with rugged industrial durability

Specifications

• Product type: Shackle
• Shackle form: Bow (anchor)
• Material: High-tensile steel
• Surface finish: Hot-dip galvanized
• Working load limit (WLL): 4750 kg
• Pin type: Screw pin
• Pin diameter: 3/4 inch (19.05 mm)
• Pin material: Alloy steel
• Pin retention: Threaded
• Construction method: Forged
• Corrosion resistance: Excellent
• Recommended application: Lifting, rigging, towing, securing
• Intended use environment: Outdoor, marine, industrial

Tips

Inspect the shackle before each use for deformation, cracks, or thread damage. Always match the shackle's WLL to the load and rigging configuration, and never exceed the rated capacity. Hand-tighten the screw pin fully, then back off slightly to prevent seizing under load. Store in a dry place when not in use to maximize service life.