Apex Tools Group Llc T7662154 Solid Bronze Ring 2 Inches

Product Description

The APEX TOOLS GROUP LLC T7662154 is a solid bronze ring designed for load-bearing and fastening applications across a range of trades. Finished to a polished surface, this Size 7B ring measures 2 inches and carries a maximum weight load limit of 150 pounds. Constructed from solid bronze, it offers corrosion resistance suitable for both indoor and outdoor environments. The ring ships in a package of 10 units, each UPC tagged for straightforward inventory management at the counter or in the field.

This bronze ring is well suited for rigging, marine, plumbing, pool, and general hardware applications where a corrosion-resistant, load-rated solid ring is required. Its polished finish makes it appropriate for visible installations as well as functional concealed applications. Tradespeople, contractors, and facility maintenance professionals commonly specify solid bronze rings where ferrous hardware would corrode or where code or environmental conditions call for a non-ferrous material.

Key Features

• Solid bronze construction for corrosion resistance in wet and outdoor environments
• Polished finish suitable for both visible and concealed installations
• 150-pound weight load limit rated for load-bearing use
• 2-inch size in the 7B ring classification
• Packaged in quantities of 10 with UPC tagging for easy inventory tracking

Compatibility

Designed as a general-purpose solid bronze ring for use in hardware, rigging, marine, and plumbing applications requiring a 2-inch, non-ferrous, load-rated ring fitting.

Installation Notes

Installation should be performed by a qualified tradesperson familiar with load-rated hardware and applicable rigging or fastening codes. Ensure the ring is never loaded beyond its stated 150-pound limit and that all connecting hardware is rated to match or exceed this value. Inspect the ring and all associated hardware for wear, deformation, or corrosion before placing into service. Do not modify or machine the ring, as doing so may compromise its structural integrity.