Self-Lock Hook, Alloy Steel, 2 1/4", G100 MPN:1004431
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Free Shipping
In Stock
SKU
510-G810718666
Self-Lock Hook, Alloy Steel, 2 1/4", G100
The Crosby Self-Lock Hook is a heavy-duty lifting solution designed for demanding applications. Built with Grade 100 alloy steel, this hook offers a working load limit of 12,000 lb, making it suitable for lifting heavy loads in a variety of industries, including construction, manufacturing, and shipping. The self-locking mechanism ensures secure and reliable lifting, while the swivel attachment provides flexibility and ease of use. With its durable construction and high weight capacity, this hook is ideal for applications where heavy loads need to be lifted and secured with confidence.
Top product features:
- Self-locking mechanism to prevent accidental release
- Hook type design for lifting and suspension applications
- Grade 100 alloy steel construction for high strength and durability
Top product applications:
- Lifting heavy machinery or equipment in a manufacturing or construction setting
- Rigging and lifting operations in the oil and gas industry
- Heavy-duty lifting and rigging applications in a warehouse or storage facility
Self-Locking Hook, Hook Type Self-Locking Hook, Working Load Limit 12,000 lb, Lifting Capability For Lifting, Grade 100, Material Alloy Steel, Material Thickness 1 5/32 in, Hook Opening Width 2 3/16 in, Overall Width 5 7/16 in, Eye Inside Diameter 2 1/2 in, Eye Inside Height 2 in, Shank Diameter Not Applicable, Shank Length Not Applicable, Clevis Inside Width Not Applicable, Attachment Type Swivel, Clevis Pin Diameter Not Applicable, Markings Deformation Markings, Maximum Angle Markings
Additional Information
- Country of Origin: US
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 14.00
- Package Width: 5.50
- Package Height: 2.00
- Package Weight: 11.35
Product info last updated on March 9, 2026 11:17am UTC
Category: Lifting, Pulling and Positioning