
82CC281-1: Preciosa Crystal Dia Chrysolite 4mm-144PC
These 4mm Preciosa Ornela machine-cut crystal diamond-shaped beads come 144 pieces to a pack, giving you a solid working quantity of a genuinely precise, high-durability Czech glass crystal. The diamond cut catches and redirects light in a way a round or bicone simply can't.
Dia Chrysolite is a transparent green that lets your stringing material and any layered beads show through, so the color reads differently depending on what's behind it — expect a glassy, living quality rather than a flat, opaque tone.
Specifications
- Size: 04mm
- Color: Crystal Dia Chrysolite (transparent)
- Finish: Transparent
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 144 Pieces
What to make with them
The diamond shape shines in drop earrings and pendants where its faceted profile hangs face-forward and moves with the wearer; it's equally strong in woven bead work like right-angle weave or netting, where the angular geometry locks into clean, graphic repeat patterns.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 4mm Preciosa Ornela machine-cut crystal diamond-shaped beads come 144 pieces to a pack, giving you a solid working quantity of a genuinely precise, high-durability Czech glass crystal. The diamond cut catches and redirects light in a way a round or bicone simply can't.
Dia Chrysolite is a transparent green that lets your stringing material and any layered beads show through, so the color reads differently depending on what's behind it — expect a glassy, living quality rather than a flat, opaque tone.
Specifications
- Size: 04mm
- Color: Crystal Dia Chrysolite (transparent)
- Finish: Transparent
- Shape: Diamond
- Material: Glass Crystal, made in Bohemia, Czechia
- Quantity: 144 Pieces
What to make with them
The diamond shape shines in drop earrings and pendants where its faceted profile hangs face-forward and moves with the wearer; it's equally strong in woven bead work like right-angle weave or netting, where the angular geometry locks into clean, graphic repeat patterns.











