
2FC309: CZ FACET RD Hematite True 2mm- 800PC
Eight hundred 2mm fire polished rounds in Hematite with a Sfinx finish — a mirror-like metallic coating that makes these tiny Czech glass beads punch well above their weight in any design calling for serious reflective drama.
The Sfinx finish lays a mirror-like, reflective metallic surface over the glass, delivering a cool, gunmetal-toned sheen that reads as polished hematite stone without the weight.
Specifications
- Size: 02mm
- Color: Hematite (opaque)
- Finish: Sfinx
- Material: Glass, made in Bohemia, Czechia
- Quantity: 800 Pieces
What to make with them
At 2mm, these are ideal for fine micro-macramé accent work, dense peyote or brick stitch backgrounds where you want a rippling metallic texture, and as spacers between larger focal beads in necklace or bracelet designs where a flash of dark chrome ties everything together.
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
Eight hundred 2mm fire polished rounds in Hematite with a Sfinx finish — a mirror-like metallic coating that makes these tiny Czech glass beads punch well above their weight in any design calling for serious reflective drama.
The Sfinx finish lays a mirror-like, reflective metallic surface over the glass, delivering a cool, gunmetal-toned sheen that reads as polished hematite stone without the weight.
Specifications
- Size: 02mm
- Color: Hematite (opaque)
- Finish: Sfinx
- Material: Glass, made in Bohemia, Czechia
- Quantity: 800 Pieces
What to make with them
At 2mm, these are ideal for fine micro-macramé accent work, dense peyote or brick stitch backgrounds where you want a rippling metallic texture, and as spacers between larger focal beads in necklace or bracelet designs where a flash of dark chrome ties everything together.
The finish on these beads is delicate. Avoid prolonged exposure to friction, moisture, skin acids, and harsh chemicals to preserve the surface coating.











