
86CC512-F: Preciosa Crystal Dia Crystal Ab2x 6x6mm-72PC
These 6x6mm machine-cut crystal diamond beads from Preciosa Ornela come 72 pieces to a pack, delivering precision faceting and a geometry that throws light in every direction. If you're after serious sparkle with a permanent finish, this is the shape and size to reach for.
The AB2x Aurora Borealis coating lays an iridescent rainbow shift over transparent crystal, so each facet catches a different slice of the spectrum — high sparkle that reads as glamorous rather than subtle.
Specifications
- Size: 06mm
- Color: Crystal Dia Crystal Ab2x (transparent)
- Finish: Aurora Borealis AB
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 72 Pieces
What to make with them
The flat diamond silhouette works beautifully as a focal drop in earrings and pendant designs, and the consistent machine-cut faceting makes them reliable partners for bead weaving frames or right-angle weave bezels where uniform geometry matters.
Original: $8.40
-65%$8.40
$2.94Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 6x6mm machine-cut crystal diamond beads from Preciosa Ornela come 72 pieces to a pack, delivering precision faceting and a geometry that throws light in every direction. If you're after serious sparkle with a permanent finish, this is the shape and size to reach for.
The AB2x Aurora Borealis coating lays an iridescent rainbow shift over transparent crystal, so each facet catches a different slice of the spectrum — high sparkle that reads as glamorous rather than subtle.
Specifications
- Size: 06mm
- Color: Crystal Dia Crystal Ab2x (transparent)
- Finish: Aurora Borealis AB
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 72 Pieces
What to make with them
The flat diamond silhouette works beautifully as a focal drop in earrings and pendant designs, and the consistent machine-cut faceting makes them reliable partners for bead weaving frames or right-angle weave bezels where uniform geometry matters.











