8SD812-M: DBL-0321 Delica Matte Silver Galvanized 8/0 - 100GM
Miyuki's 8/0 Delica beads are precision tube-cut in Japan for unusually uniform walls and holes, and this 100g bulk quantity gives you serious working yardage in a cool matte silver galvanized finish.
The special galvanized finish delivers a muted, industrial-strength silver — metallic enough to read as glam, matte enough to stay sophisticated rather than flashy.
Specifications
- Size: 08/0
- Color: Silvers
- Finish: Galvanized
- Material: Metal, made in Japan
- Quantity: 100g
What to make with them
The large-for-a-Delica 2.8–3.2 mm size makes these a natural for bead weaving projects where you want visible structure — think geometric peyote cuffs, right-angle weave collars, or loom work with strong graphic lines — but keep them in low-friction, special-occasion pieces since the galvanized finish rates as very delicate.
The finish on these beads is delicate. Avoid prolonged exposure to friction, moisture, skin acids, and harsh chemicals to preserve the surface coating.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Miyuki's 8/0 Delica beads are precision tube-cut in Japan for unusually uniform walls and holes, and this 100g bulk quantity gives you serious working yardage in a cool matte silver galvanized finish.
The special galvanized finish delivers a muted, industrial-strength silver — metallic enough to read as glam, matte enough to stay sophisticated rather than flashy.
Specifications
- Size: 08/0
- Color: Silvers
- Finish: Galvanized
- Material: Metal, made in Japan
- Quantity: 100g
What to make with them
The large-for-a-Delica 2.8–3.2 mm size makes these a natural for bead weaving projects where you want visible structure — think geometric peyote cuffs, right-angle weave collars, or loom work with strong graphic lines — but keep them in low-friction, special-occasion pieces since the galvanized finish rates as very delicate.
The finish on these beads is delicate. Avoid prolonged exposure to friction, moisture, skin acids, and harsh chemicals to preserve the surface coating.
