

Product Details
LD-116 Safety Latch Swivel Hoist Hook
Safety latch swivel hoist hook in alloy steel, carbon steel and stainless steel, with 1/2 to 8 ton WLL and integrated swivel and safety latch for crane lifting, rigging and material handling applications.
Core Features
- Integrated 360-degree swivel mechanism prevents rope twist under load
- Spring-loaded safety latch prevents accidental load disengagement for secure lifting
- Premium alloy steel, carbon steel and stainless steel options for strength and durability
- Wide WLL range from 1/2 ton to 8 ton covers light to heavy rigging needs
- Corrosion-resistant chrome and stainless steel options for outdoor and marine use
- Precision forged construction ensures consistent quality and reliable performance
Application Scenarios
- Crane lifting operations in construction, manufacturing and industrial facilities
- Chain sling assemblies for multi-leg lifting configurations
- Wire rope connections for overhead and suspended load handling
- Rigging and hoisting in shipbuilding, oil and gas, and heavy manufacturing
- Material handling in warehouses, factories and distribution centers
- Theater and entertainment rigging for stage equipment and lighting systems
FAQ
What is the maximum working load limit of the LD-116 swivel hoist hook?
The LD-116 is available in WLL ratings from 1/2 ton up to 8 ton, allowing you to select the appropriate capacity for your specific lifting requirements.
What is the purpose of the swivel mechanism on this hook?
The 360-degree swivel mechanism allows the hook to rotate freely under load, preventing rope or chain twist and improving load control during lifting operations.
What material options are available for the hoist hook?
The LD-116 is available in alloy steel for general heavy-duty use, carbon steel for cost-effective applications, and stainless steel for corrosive or marine environments.
How does the safety latch work?
The spring-loaded safety latch automatically closes over the hook opening, preventing the load or sling from accidentally slipping out during lifting operations.
