Gold Designer Choice Gold Foil Glass Bead – T1

Description

Gold Foil Glass Bead

Genuine gold foil suspended within clear glass doesn’t just reflect light—it refracts and multiplies it, creating depth that solid metallic finishes can’t replicate. This construction method encases precious metal fragments between layers of molten glass, sealing them from oxidation while allowing luminosity to shift as the bead rotates. The result is a dimensional warmth that changes character depending on your viewing angle, making each gold foil glass bead behave more like a tiny prism than a simple accent component.

• Dimensions: 13mm length × 8mm width with a 5mm threading hole
• Core material: layered gold foil sealed between clear glass walls
• European large hole bead format compatible with 3-4mm leather, rubber, and textile cords
• Barrel shape with rounded ends for smooth positioning along thread paths
• Certified nickel-free, lead-free, and cadmium-free composition meeting EC safety standards

The oversized aperture makes this bead particularly effective for sliding-stopper designs on European charm bracelets, where you need components that glide freely during assembly but sit securely once crimped. At 13mm, it provides substantial visual weight between smaller accent charms without overwhelming delicate wirework. Thread multiple units onto braided satin cord for graduation necklaces where the gold catches stage lighting, or use a single bead as a bail substitute by passing folded beading wire through the wide bore to suspend pendant focals.

The foil core sits beneath approximately 2mm of clear glass on all sides, protecting the metal from moisture and skin oils that would tarnish exposed surfaces. Clean with lukewarm water and microfibre cloth only—ultrasonic cleaners and steam can create thermal stress in layered glass. The 5mm hole accommodates most leather and cotton cords up to 4mm diameter, though softer materials like suede may compress slightly during threading. Australia Beads supplies these as individual units so you can test colour combinations before committing to multiples in mixed-media assemblies.