Bring strength and a modern look to strap-based projects with 1 1/2 Inch Antique Copper Heavy Welded Rectangle Rings. Heavy welded construction helps the ring hold its shape under regular pulling and tightening, making it a dependable choice when a clean, squared-off profile is preferred over a round ring or D-ring. Crafting upgrades becomes easier when hardware fits correctly and looks intentional, whether the goal is to build new gear or refresh an existing strap system. Antique copper adds an aged, rustic finish that pairs well with neutrals, brights, and patterned webbing, while the high-polish metal surface keeps details crisp and professional in finished goods.
Rely on precise sizing for better compatibility and smoother assembly. 1 1/2-inch-wide sizing is designed for use with 1 1/2-inch webbing and straps, helping reduce twisting and bunching during use. Outside dimensions measure 1.923 inches wide x 0.809 inches tall, while the inside opening measures 1.528 inches wide x 0.413 inches tall for a secure, guided fit. The wire thickness is 5mm, giving the ring a noticeably heavier build than lightweight rectangular rings. Welded joints offer greater durability than non-welded styles, and the antique copper finish delivers an antique look compared to nickel or many powder-coated options while maintaining a refined, high-polish finish for a modern aesthetic.
Use these rectangular rings for strap adjusters, anchor points, and connection loops in a wide range of everyday and heavy-duty applications. Great fits include backpacks, duffels, tote handles, pet leashes, collars, harnesses, camera straps, luggage repairs, and utility strap assemblies. Heavier projects, such as cargo restraints and tie-down-style builds, can also benefit from the reinforced, welded design when paired with appropriate materials and stitching patterns. Usage note: Hardware and finished projects are not suitable for climbing or overhead lifting. Load limits depend on the entire system (webbing, stitching, buckles, anchors, and ring installation), so do not exceed 25% of the tensile strength of the weakest component. Inspect hardware and stitching regularly for wear, deformation, or sharp edges. Projects involving pets should be supervised and checked regularly to ensure they are fit and in good condition.
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