8FC594-AC: CZ FACET RD DK Rose Pink Coated AB 8mm-150PC
These 8mm fire polished faceted rounds from Preciosa Ornela come in dark rose pink with an AB coating, and you get 150 pieces — enough to commit to a full statement necklace, a layered bracelet stack, or a serious run of earring pairs without rationing every bead.
The transparent dark rose pink glass catches light through each facet, while the iridescent rainbow AB coating shifts color as the bead moves — warm pinks blooming into violet and gold depending on the angle.
Specifications
- Size: 08mm
- Color: Pinks (transparent)
- Finish: Rainbow/A.B./Iris
- Material: Glass, made in Bohemia, Czechia
- Quantity: 150 Pieces
What to make with them
The 8mm size and high-sparkle faceting make these a natural fit for knotted or wire-wrapped statement necklaces and chandelier earrings; they also work beautifully as bold accent beads in bead-woven pieces like right-angle weave or netted collars where the AB shift reads differently from every viewing angle.
Original: $12.00
-65%$12.00
$4.20Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 8mm fire polished faceted rounds from Preciosa Ornela come in dark rose pink with an AB coating, and you get 150 pieces — enough to commit to a full statement necklace, a layered bracelet stack, or a serious run of earring pairs without rationing every bead.
The transparent dark rose pink glass catches light through each facet, while the iridescent rainbow AB coating shifts color as the bead moves — warm pinks blooming into violet and gold depending on the angle.
Specifications
- Size: 08mm
- Color: Pinks (transparent)
- Finish: Rainbow/A.B./Iris
- Material: Glass, made in Bohemia, Czechia
- Quantity: 150 Pieces
What to make with them
The 8mm size and high-sparkle faceting make these a natural fit for knotted or wire-wrapped statement necklaces and chandelier earrings; they also work beautifully as bold accent beads in bead-woven pieces like right-angle weave or netted collars where the AB shift reads differently from every viewing angle.
