
3FC312-WA: CZ FC RD White Wedding Luster 3MM - 600PC
These 3mm Preciosa Ornela fire polished rounds in White Wedding Luster come 600 pieces to a pack — a working quantity of Czech glass that earns its place in bridal, romantic, and fine detail work. The small diameter makes them ideal wherever you need sparkle without bulk.
The luster finish lays a shiny, translucent overcoat on the white glass that shifts between a soft pearlescence and a faint oil-slick shimmer depending on the light.
Specifications
- Size: 03mm
- Color: FC White Wedding Luster (translucent)
- Finish: Luster
- Material: Glass, made in Bohemia, Czechia
- Quantity: 600 Pieces
What to make with them
String them as spacers between pearls or crystals in bridal jewelry and bouquet wraps, or use them in bead embroidery and loom work where their faceted surface catches light across a flat design. They're also a natural fit for delicate chainmaille accents and fine wirework where a 3mm round fills space without overwhelming the structure.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 3mm Preciosa Ornela fire polished rounds in White Wedding Luster come 600 pieces to a pack — a working quantity of Czech glass that earns its place in bridal, romantic, and fine detail work. The small diameter makes them ideal wherever you need sparkle without bulk.
The luster finish lays a shiny, translucent overcoat on the white glass that shifts between a soft pearlescence and a faint oil-slick shimmer depending on the light.
Specifications
- Size: 03mm
- Color: FC White Wedding Luster (translucent)
- Finish: Luster
- Material: Glass, made in Bohemia, Czechia
- Quantity: 600 Pieces
What to make with them
String them as spacers between pearls or crystals in bridal jewelry and bouquet wraps, or use them in bead embroidery and loom work where their faceted surface catches light across a flat design. They're also a natural fit for delicate chainmaille accents and fine wirework where a 3mm round fills space without overwhelming the structure.










