A strong, smooth elastic nylon cord for making beaded jewellery — bracelets, necklaces, and anything in between. Simple to work with, forgiving for beginners, and versatile enough to suit an enormous range of beads, charms, and decorative elements, elastic cord is one of the most accessible starting points in jewellery making.
The cord stretches enough to slip easily over the wrist or head without the need for a clasp, which simplifies the making process considerably — cut a length, thread your beads, tie a secure knot, and the bracelet is finished. The elastic holds its shape well in normal wear and the nylon construction is durable and resistant to snapping under regular use.
When selecting beads, it is important to check that the hole diameter is compatible with the cord — most seed beads, rocaille beads, freshwater pearls, and small decorative beads thread easily onto standard elastic cord. For very large or heavy glass beads where significant weight will be placed on the cord, a stronger jewellery wire may be a more appropriate choice.
The cord works equally well for children's craft projects and adult jewellery making — the technique is simple enough to be genuinely accessible to complete beginners while leaving plenty of room for more considered and intricate design as skills develop.
What beads work with elastic nylon cord?
Most beads with a standard hole diameter — seed beads, rocaille, freshwater pearls, wooden beads, plastic beads, small glass beads, and most decorative craft beads. Always check the bead hole diameter against the cord diameter before starting a project to ensure a good fit.
Do I need a clasp?
No — the elasticity of the cord means finished bracelets and necklaces slip on and off without a clasp, which significantly simplifies the making process and removes the need for jewellery findings.
Is elastic cord strong enough for heavier beads?
For lightweight to medium weight beads it is strong and reliable. For very large or heavy glass beads, jewellery wire is a more appropriate choice as it offers greater tensile strength under sustained load.
