74SB3798: Preciosa Ornela Twin Two Hole Seed Bead Coated Violet Line Sfinx
Preciosa Ornela Twin two-hole seed beads give you two parallel holes in a 2.5x5mm oval form, opening up structural weaving and layered stitch possibilities that single-hole beads simply can't match. Cut from glass tube in Bohemia, Czechia, these violet-line beads carry that Czech glass precision makers rely on.
The opaque Sfinx coating lays a high-resistance finish over natural glass, locking in the violet color for durability that holds up to regular wear with normal care.
Specifications
- Size: 02.5x05mm
- Color: Purples (opaque)
- Finish: Sfinx
- Material: Glass, made in Bohemia, Czechia
What to make with them
Their dual-hole construction makes them naturals for techniques like Ndebele, Cellini spiral, and right-angle weave, where threading through both holes adds dimension and stability. They also work well anchored into bead-woven bezels or combined with SuperDuos and other two-hole formats to build geometric, interlocking structures.
Original: $12.10
-65%$12.10
$4.23Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Preciosa Ornela Twin two-hole seed beads give you two parallel holes in a 2.5x5mm oval form, opening up structural weaving and layered stitch possibilities that single-hole beads simply can't match. Cut from glass tube in Bohemia, Czechia, these violet-line beads carry that Czech glass precision makers rely on.
The opaque Sfinx coating lays a high-resistance finish over natural glass, locking in the violet color for durability that holds up to regular wear with normal care.
Specifications
- Size: 02.5x05mm
- Color: Purples (opaque)
- Finish: Sfinx
- Material: Glass, made in Bohemia, Czechia
What to make with them
Their dual-hole construction makes them naturals for techniques like Ndebele, Cellini spiral, and right-angle weave, where threading through both holes adds dimension and stability. They also work well anchored into bead-woven bezels or combined with SuperDuos and other two-hole formats to build geometric, interlocking structures.
