
11SB787: CZ Seed Bead Colorlined Green 11/0 6HK
These 11/0 Czech glass seed beads from Preciosa Ornela come in a generous 6-hank quantity, making them a reliable go-to for projects that demand consistent color and volume. Cut from glass tube in Bohemia, Czechia, they carry the dimensional precision that serious bead workers count on.
The color-lined finish runs a green hue through the transparent bead's inner core, creating visible depth that shifts subtly as light moves through it.
Specifications
- Size: 11/0
- Color: Colorlined Green (transparent)
- Finish: Color Lined
- Material: Glass, made in Bohemia, Czechia
- Quantity: 6 Hanks
What to make with them
Their 2.0–2.2 mm size and uniform shape make them well-suited for loom work, peyote, and brick stitch where tight tension and repeatable sizing matter. The earthy green tone works naturally in nature-inspired motifs, forest-themed embroidery, and layered fringe where that inner color adds dimension without competing with surrounding materials.
Original: $14.23
-65%$14.23
$4.98Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 11/0 Czech glass seed beads from Preciosa Ornela come in a generous 6-hank quantity, making them a reliable go-to for projects that demand consistent color and volume. Cut from glass tube in Bohemia, Czechia, they carry the dimensional precision that serious bead workers count on.
The color-lined finish runs a green hue through the transparent bead's inner core, creating visible depth that shifts subtly as light moves through it.
Specifications
- Size: 11/0
- Color: Colorlined Green (transparent)
- Finish: Color Lined
- Material: Glass, made in Bohemia, Czechia
- Quantity: 6 Hanks
What to make with them
Their 2.0–2.2 mm size and uniform shape make them well-suited for loom work, peyote, and brick stitch where tight tension and repeatable sizing matter. The earthy green tone works naturally in nature-inspired motifs, forest-themed embroidery, and layered fringe where that inner color adds dimension without competing with surrounding materials.












