
86CC244: Preciosa Crystal Dia Siam 6x6mm-72PC
These 6x6mm machine-cut crystal diamond beads from Preciosa Ornela come 72 pieces to a pack, delivering the precise faceting and optical clarity that Czech glass crystal is known for. The diamond shape gives you sharp angles and strong light play that round or bicone beads simply can't replicate.
Siam is a rich, saturated red in transparent glass — the stringing material and any layered beads beneath show right through, adding depth and dimension to the finished piece.
Specifications
- Size: 06mm
- Color: Crystal Dia Siam (transparent)
- Finish: Transparent
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 72 Pieces
What to make with them
The diamond silhouette works beautifully as a focal repeating element in chandelier earrings or drop pendants, where each facet catches light from multiple angles. They're also well-suited to right-angle weave or other structural off-loom stitches where the geometry of the shape locks neatly into the pattern.
Product 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 the precise faceting and optical clarity that Czech glass crystal is known for. The diamond shape gives you sharp angles and strong light play that round or bicone beads simply can't replicate.
Siam is a rich, saturated red in transparent glass — the stringing material and any layered beads beneath show right through, adding depth and dimension to the finished piece.
Specifications
- Size: 06mm
- Color: Crystal Dia Siam (transparent)
- Finish: Transparent
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 72 Pieces
What to make with them
The diamond silhouette works beautifully as a focal repeating element in chandelier earrings or drop pendants, where each facet catches light from multiple angles. They're also well-suited to right-angle weave or other structural off-loom stitches where the geometry of the shape locks neatly into the pattern.











