Zinc alloy bars with six 1.5mm holes (three per side) create clean connections between multiple strands in bracelets and necklaces.
2 Fabulous 3 Hole Silver Metal Linking Bead – (17mmx12mm) – M26
$0.74
118 in stock
118 in stock
Description
Silver Metal Linking Bead
Does your multi-strand bracelet collapse into a tangled mess at the clasp? Zinc alloy maintains structural integrity under tension better than softer metals, which matters when you’re threading six separate strands through a single silver metal linking bead. The antique finish reads warmer than bright silver, sitting somewhere between pewter and oxidised sterling without the tarnish concerns. Each component measures exactly what you need for balanced proportions in adult-sized jewellery.
- Dimensions: 17mm length by 12mm width creates visual weight without overwhelming delicate beadwork
- Six holes total — three 1.5mm openings on each long side accommodate tigertail, silk cord, or .019″ beading wire
- Each three hole connector bead features an antique bronze plating over zinc alloy core
- Pack contains two matching links for symmetrical designs or separate projects
- Rectangular profile sits flush against the wrist in cuff-style bracelets
Multi-strand lariats benefit from these bars placed at intervals along the length, keeping pearl or gemstone strands separated without visible spacing beads. The zinc alloy linking component works beautifully in metal bead assemblages where you’re mixing chain segments with beaded sections — the six holes let you attach three chains to one side while threading beaded wire through the opposite three. Macramé artists working with 1mm waxed cord can thread two cords per hole for textured, dimensional wall hangings that incorporate traditional beadwork.
Thread 0.45mm beading wire or thinner cord through the holes — anything thicker binds. The antique finish photographs darker than it appears in hand under natural light, so expect a medium gunmetal tone rather than true bronze. Pairs cleanly with silver charms when you’re building charm bracelets that need structured separation between clustered elements.


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