
4FC256-HGR: Cz Faceted Round Topaz Half Golden Copper 4mm-100PC
These 4mm Preciosa Ornela fire polished rounds from Bohemia combine a transparent topaz glass body with a half golden copper metallic finish — you get the warmth of brown-gold tone with a finish that genuinely reads like metal under light. Each pack contains 100 pieces.
The half golden copper finish lays a strong, light-reflecting metallic surface over the transparent topaz base, giving each faceted round a rich, warm gleam that shifts between burnished gold and coppery brown depending on the angle.
Specifications
- Size: 04mm
- Color: Topaz Half Golden Copper (transparent)
- Material: Glass, made in Bohemia, Czechia
- Quantity: 100 Pieces
What to make with them
At 4mm, these are a natural fit for strung necklaces and bracelets where the metallic facets catch movement, and they work especially well as accent beads in bead weaving patterns like right-angle weave or peyote where their compact size and reflective surface add depth without overwhelming neighboring beads.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
These 4mm Preciosa Ornela fire polished rounds from Bohemia combine a transparent topaz glass body with a half golden copper metallic finish — you get the warmth of brown-gold tone with a finish that genuinely reads like metal under light. Each pack contains 100 pieces.
The half golden copper finish lays a strong, light-reflecting metallic surface over the transparent topaz base, giving each faceted round a rich, warm gleam that shifts between burnished gold and coppery brown depending on the angle.
Specifications
- Size: 04mm
- Color: Topaz Half Golden Copper (transparent)
- Material: Glass, made in Bohemia, Czechia
- Quantity: 100 Pieces
What to make with them
At 4mm, these are a natural fit for strung necklaces and bracelets where the metallic facets catch movement, and they work especially well as accent beads in bead weaving patterns like right-angle weave or peyote where their compact size and reflective surface add depth without overwhelming neighboring beads.










