Apex Tools Group Llc T7661152 Nickel Welded Ring 2in

Product Description

The APEX TOOLS GROUP LLC T7661152 is a size 3 welded ring with a nickel finish, designed for rigging, hardware, and general load-bearing applications. This ring is constructed using a welded design for consistent strength and is rated to a weight load limit of 200 pounds. At approximately 2 inches, it fits standard hardware configurations used by tradespeople and contractors in mechanical, construction, and facility maintenance work. It ships in packages of 10 units, making it practical for job-site stocking and bulk hardware needs.

This welded ring is suited for use in light to medium-duty load-bearing setups, including chain and rope rigging assemblies, hardware attachment points, and general fastening applications. Its nickel finish provides a corrosion-resistant appearance appropriate for both indoor and outdoor installations. The package quantity of 10 per unit of measure supports efficient procurement for contractors managing multiple install points or hardware setups on a single job.

Key Features

• Welded ring construction for consistent structural integrity
• Nickel finish for corrosion resistance and clean appearance
• 200-pound weight load limit per ring
• Size 3, 2-inch form factor for standard hardware compatibility
• Sold in packages of 10 units for job-site convenience
• UPC tagged for easy inventory management

Compatibility

Designed as a standard size 3 welded ring for use with compatible chain, rope, and hardware assemblies requiring a 2-inch ring with a 200-pound load rating.

Installation Notes

Installation is typically performed by contractors, riggers, or maintenance tradespeople using standard hand tools. Always verify that the load applied does not exceed the 200-pound rated limit before placing the ring in service. Inspect the welded seam and ring body for any deformation or damage prior to installation. Follow applicable local codes and hardware manufacturer guidelines when incorporating this ring into load-bearing assemblies.