🎉 Up to 70% Off Selected ItemsShop Sale
HomeStore

9SC184R: CZ Seed Bead 3-cut Opaque Green 9/0-1HK

Product image 1

9SC184R: CZ Seed Bead 3-cut Opaque Green 9/0-1HK

Preciosa Ornela 9/0 three-cut seed beads in opaque green, sold by the hank — the faceted surface catches light the way a standard round seed bead simply can't, adding subtle sparkle without sacrificing the bold color payoff opaque glass delivers.

The opaque finish means solid, non-translucent green from every angle, giving your work strong graphic definition and a grounded, earthy presence.

Specifications

  • Size: 09/0
  • Color: 3-cut Opaque Green (opaque)
  • Finish: Opaque
  • Material: Glass, made in Bohemia, Czechia
  • Quantity: 1 Hank

What to make with them

The three-cut faceting makes these a natural choice for peyote and brick stitch pieces where you want texture and light-play built into the weave itself, and their 9/0 size works well for bead embroidery on leather or fabric where a slightly chunkier seed bead reads clearly against the ground material.

$2.18

Original: $6.24

-65%
9SC184R: CZ Seed Bead 3-cut Opaque Green 9/0-1HK—

$6.24

$2.18

Product Information

Shipping & Returns

Description

Preciosa Ornela 9/0 three-cut seed beads in opaque green, sold by the hank — the faceted surface catches light the way a standard round seed bead simply can't, adding subtle sparkle without sacrificing the bold color payoff opaque glass delivers.

The opaque finish means solid, non-translucent green from every angle, giving your work strong graphic definition and a grounded, earthy presence.

Specifications

  • Size: 09/0
  • Color: 3-cut Opaque Green (opaque)
  • Finish: Opaque
  • Material: Glass, made in Bohemia, Czechia
  • Quantity: 1 Hank

What to make with them

The three-cut faceting makes these a natural choice for peyote and brick stitch pieces where you want texture and light-play built into the weave itself, and their 9/0 size works well for bead embroidery on leather or fabric where a slightly chunkier seed bead reads clearly against the ground material.