The Beauty and Brilliance of Opals

Opals are among the most mesmerizing gemstones in the world, celebrated for their unique play of colour, iridescence, and natural individuality. These gemstones are found in various regions globally, including Ethiopia, Brazil, Mexico, and the United States, each producing stones with distinct characteristics and hues.

However, Australian opals remain the most coveted. Australia is home to over 90% of the world’s minable opals, with Lightning Ridge, Coober Pedy, and Queensland among the most famous opal fields. Australian opals are renowned for their exceptional quality, vibrant colour play, and durability, making them highly sought after by collectors and designers alike.

At Bramber Signature Jewellery, we offer solid opals and opal doublets, each showcasing the gemstone’s natural beauty in different ways:

  • Solid Opals: These are single, complete stones, treasured for their natural formation and unmatched depth of colour. Every solid opal is entirely unique, like a fingerprint, making it a one-of-a-kind piece of nature’s artistry.

  • Opal Doublets: These are crafted by layering a thin slice of precious opal onto a backing, often obsidian, to enhance colour and durability. Doublets allow the vibrant flashes of the opal to shine more dramatically, creating a stunning visual effect while remaining more accessible in size and price. Unlike triplets, which include a protective top layer of quartz or glass, our collection focuses solely on solids and doublets, highlighting the natural opal beauty without compromise.

Whether set in sterling silver or 9-carat gold, each Bramber Signature Jewellery piece is designed to let the opal shine to its fullest. Our rings, pendants, and earrings are crafted to showcase the opal’s unique colour, shape, and movement, allowing you to wear a piece of Australia’s most treasured gemstone in every creation.

Celebrate individuality, natural beauty, and timeless elegance with opals from Bramber Signature Jewellery—a collection where every stone tells its own story.