
47FC109R: CZ Faceted Drop Black 7x9mm-50PC
These 7x9mm fire polished Czech glass faceted drops from Preciosa Ornela come 50 pieces to a pack, giving you a solid working quantity of a shape that earns its place in serious jewelry making. The teardrop silhouette and faceted surface catch light from multiple angles, making each bead work harder than a plain round ever could.
The opaque black finish is exactly what it sounds like — dense, light-blocking, and unambiguous, with no translucency to soften the edges of the color.
Specifications
- Size: 09mm
- Color: Black (opaque)
- Finish: Opaque
- Material: Glass, made in Bohemia, Czechia
- Quantity: 50 Pieces
What to make with them
Use these drops as earring centerpieces or pendant focal points where the tapered shape naturally draws the eye downward, or string them tip-to-tip in a necklace to build a graphic, repeating rhythm. They're also well-suited to fringe work on woven pieces, where the faceted surface adds movement and flash with every shift.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 7x9mm fire polished Czech glass faceted drops from Preciosa Ornela come 50 pieces to a pack, giving you a solid working quantity of a shape that earns its place in serious jewelry making. The teardrop silhouette and faceted surface catch light from multiple angles, making each bead work harder than a plain round ever could.
The opaque black finish is exactly what it sounds like — dense, light-blocking, and unambiguous, with no translucency to soften the edges of the color.
Specifications
- Size: 09mm
- Color: Black (opaque)
- Finish: Opaque
- Material: Glass, made in Bohemia, Czechia
- Quantity: 50 Pieces
What to make with them
Use these drops as earring centerpieces or pendant focal points where the tapered shape naturally draws the eye downward, or string them tip-to-tip in a necklace to build a graphic, repeating rhythm. They're also well-suited to fringe work on woven pieces, where the faceted surface adds movement and flash with every shift.











