5FI223-IR: USA Made Brass Oval Jump Ring Imitation Rhodium Finish 4.7x5.8mm 18 Gauge 25 Gram

5FI223-IR: USA Made Brass Oval Jump Ring Imitation Rhodium Finish 4.7x5.8mm 18 Gauge 25 Gram
These USA-made brass oval jump rings from Garlan Chain come in a 25g pack and wear a sleek imitation rhodium finish over a solid brass base. The oval shape gives you just a little more real estate than a round ring — handy when you need links to lie flat or hang with intention.
Imitation rhodium reads as a cool, polished silver with a hard, bright surface that resists tarnish better than raw brass and pairs cleanly with gunmetal, silver-filled wire, or pale gemstones.
Specifications
- Size: 4.7x5.8mm
- Color: Browns, Tans, and Golds
- Finish: Imitation Rhodium
- Material: Metal
- Quantity: 25g
What to make with them
Use these to connect pendants to chain, assemble multi-strand earring drops, or build out linked bracelet sections where a slightly elongated silhouette adds visual rhythm. The 4.7x5.8mm size is practical for 18-gauge wire wrapping projects without overwhelming smaller components.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These USA-made brass oval jump rings from Garlan Chain come in a 25g pack and wear a sleek imitation rhodium finish over a solid brass base. The oval shape gives you just a little more real estate than a round ring — handy when you need links to lie flat or hang with intention.
Imitation rhodium reads as a cool, polished silver with a hard, bright surface that resists tarnish better than raw brass and pairs cleanly with gunmetal, silver-filled wire, or pale gemstones.
Specifications
- Size: 4.7x5.8mm
- Color: Browns, Tans, and Golds
- Finish: Imitation Rhodium
- Material: Metal
- Quantity: 25g
What to make with them
Use these to connect pendants to chain, assemble multi-strand earring drops, or build out linked bracelet sections where a slightly elongated silhouette adds visual rhythm. The 4.7x5.8mm size is practical for 18-gauge wire wrapping projects without overwhelming smaller components.











