3mm x 2mm Antique Copper Cable Chain

Introducing the exquisite 3mm x 2mm Antique Copper Cable Chain - the perfect addition to your small project supplies that combines durability with a touch of vintage elegance. Crafted from high-quality iron, this chain is both nickel-free and lead-free, ensuring it's safe and comfortable for all skin types. Its antique copper color adds a rich, warm hue that brings a classic and timeless charm to any piece of jewelry.

Key Features of the Antique Copper Cable Chain:

• Superior Material: Made with iron that's free from harmful nickel and lead, this chain is designed for long-lasting wear and sustainability. You can create with confidence, knowing your creations are safe and durable.
• Elegant Color: The antique copper finish provides a sophisticated and vintage look that's versatile enough to complement a wide range of styles - from rustic to refined.
• Perfect Size: At 3mm long and 2mm wide, with a thickness of 0.6mm, this cable chain is the ideal size for crafting delicate jewelry that demands attention to detail. It's substantial enough to be durable, yet fine enough to add elegance to your designs.
• Versatile Use: Whether you're creating necklaces, bracelets, anklets, or custom pieces, this chain provides a beautiful foundation or accent that enhances the overall aesthetic of your jewelry.
• Final Sale Guarantee: With the assurance that all sales are final, you can trust in the quality and craftsmanship of our product. We stand behind the exceptional standard of our Antique Copper Cable Chain, ensuring that you receive only the best for your projects.

Elevate your jewelry designs with the 3mm x 2mm Antique Copper Cable Chain. Its blend of quality, beauty, and functionality makes it an indispensable asset for hobbyists and professional designers alike. Add this captivating chain to your collection and bring an antique sophistication to your creations that will leave a lasting impression.

This product ships from our small partner forge in Canada, customs and tariffs fees may apply.