
14SD817: DB026 Delica Metallic Dark Steel 11/0 - 100GM
DB026 Miyuki Delica 11/0 in Metallic Dark Steel comes in a generous 100g quantity — that's serious working stock of one of the most consistent, uniform seed beads made in Japan. Precision tube-cut construction means every bead sits flush and threads true, which matters when you're counting rows in loom work or peyote.
The metallic finish delivers a solid, high-shine surface in a deep steel tone that reads industrial and cool rather than bright silver — strong visual impact without flash.
Specifications
- Size: 11/0
- Color: Silvers (mixed)
- Material: Metal, made in Japan
- Quantity: 100g
What to make with them
Dark Steel is a natural for geometric loom and peyote pieces where the metallic sheen creates clean contrast against matte or earth-tone Delicas. It also works hard in chainmaille-inspired bead weaving, Art Deco edge stitching, and as a grounding neutral in festival or statement jewelry where you want metal presence without using actual metal findings.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
DB026 Miyuki Delica 11/0 in Metallic Dark Steel comes in a generous 100g quantity — that's serious working stock of one of the most consistent, uniform seed beads made in Japan. Precision tube-cut construction means every bead sits flush and threads true, which matters when you're counting rows in loom work or peyote.
The metallic finish delivers a solid, high-shine surface in a deep steel tone that reads industrial and cool rather than bright silver — strong visual impact without flash.
Specifications
- Size: 11/0
- Color: Silvers (mixed)
- Material: Metal, made in Japan
- Quantity: 100g
What to make with them
Dark Steel is a natural for geometric loom and peyote pieces where the metallic sheen creates clean contrast against matte or earth-tone Delicas. It also works hard in chainmaille-inspired bead weaving, Art Deco edge stitching, and as a grounding neutral in festival or statement jewelry where you want metal presence without using actual metal findings.











