50 Round Antique Bronze Spacer Crimp Metal Beads – (4mm)

Description

Antique Bronze Spacer Beads

The muted copper-brown patina on these metal rounds catches light differently than polished bronze, creating subtle shadows that shift as the wearer moves. Each antique bronze spacer bead measures exactly 4mm across, small enough to nestle between larger feature beads without overwhelming delicate designs, yet substantial enough to define rhythm in your stringing work. The oxidised finish has depth—darker in the recesses, lighter on the curved surfaces—mimicking the natural tarnish that develops on vintage brass jewellery over decades.

• Dimensions: 4mm diameter rounds with consistent 1mm threading holes
• Antique bronze plating over base metal core for aged aesthetic
• Pack contains 50 spacer beads for multiple projects
• Uniform size ensures even spacing in graduated designs
• Works as both decorative accent and functional crimp cover in wirework

Use them to break up runs of gemstone beads in boho-style necklaces, where the warm bronze complements turquoise, carnelian, or tiger’s eye without competing for attention. The 1mm hole accommodates doubled nylon thread or single strands of 0.5mm beading wire, making them suitable for memory wire bracelets where you need consistent separation between lampwork glass rounds. In macramé knotwork, thread them onto cord before tying square knots to create raised accent points along woven sections. Their small diameter means you can cluster three or four together to form a textured spacer group between larger metal beads, building architectural interest in layered designs.

The antique finish photographs darker than raw copper but lighter than gunmetal grey, sitting somewhere between coffee and burnt umber depending on ambient light. This makes colour-matching easier when working with earth-toned palettes or mixing metals in contemporary jewellery. Clean with a soft cloth if handling leaves fingerprints; avoid abrasive polishing that might remove the aged patina intentionally applied during manufacturing.