Sparkly Clear ‘AB’ Coated Crystal Glass Beads – (8mmx6mm)

Description

AB Coated Crystal Beads 8mm

Bracelet makers who layer repeating patterns know how critical consistent refraction becomes when light hits twenty identical beads in sequence. These AB coated crystal beads 8mm deliver that optical reliability through machine-cut facets that align perfectly across every surface. The Aurora Borealis coating—named after the northern lights—deposits a microscopic metallic layer that fractures white light into pink, gold, blue and green flashes depending on viewing angle. Unlike dyed glass, this surface treatment never fades or chips under normal jewellery wear.

• 8mm length with 6mm width creates a gently compressed rondelle profile
• Full 360-degree faceting covers both flat faces and the bevelled equator
• Clear glass core with rainbow AB surface coating applied after faceting
• 1.6mm threading hole accommodates most beading wire and doubled nylon thread
• Czech glass quality ensures uniform weight and dimension across multiple beads
• Sold individually for precise project quantities

Space these between gemstone beads in graduated necklaces where the AB flash punctuates matte stones like morganite or moonstone. The 8mm length sits comfortably in clustered earring designs—thread three onto headpins with 4mm bicones above and below to create tiered drops. Macramé artists weave these into knotted bracelets where the faceted crystal glass catches light between sections of matte cord. Because the hole runs true through the centre, these spin freely on eye pins without wobbling off-axis.

Under daylight the coating shifts from cool silver-blue to warm rose-gold as you rotate the bead between your fingers. Artificial LED light emphasises the blue-green spectrum, while incandescent bulbs pull out amber and pink tones. This colour-shifting property means finished jewellery photographs differently depending on your light source—test shots in natural window light usually capture the full rainbow range. The coating sits on top of the glass rather than mixed into it, so avoid ultrasonic cleaners or harsh chemical soaks that might compromise the metallic layer over time.