Flower Pendant in Rhodium-Plated Silver with Australian Black Opal | Rocas & Cristales

Exclusivity & Design — Flower Pendant with Australian Black Opal: Hand-set in rhodium-plated 925 silver, this one-of-a-kind pendant brings together six A+ quality Australian black opals — five polished oval cabochons measuring 4 x 3 mm and one round-cut stone of 3 mm — prong-set into a sculptural flower motif alongside a scattering of cubic zirconia. Measuring 25 x 14 mm, it is an artisan-crafted piece with no exact twin in the rest of the collection.

Aesthetic Details — Flower Pendant with Australian Black Opal: The floral arrangement distributes all six natural stones so that each cabochon catches the light independently, composing a shifting mosaic of multicolor flashes across the piece. The cubic zirconia scattered between the stones and along the bail add a constant secondary sparkle, giving the pendant depth whether under warm evening light or the clarity of day.

Craftsmanship & Shipping — Flower Pendant with Australian Black Opal: Suited equally to everyday wear and to special occasions, this author's piece lets the opal remain the undisputed centerpiece of any look, casual or refined. Its hand-set mounting is built for durability, meant to be passed down with the simple care every natural stone deserves: keep it away from perfumes, lotions, and chlorine, and store it wrapped in its own soft cloth to preserve the shine of the metal. Every Rocas & Cristales pendant is handmade in Córdoba, Argentina, arrives in signature gift-ready packaging, and ships complimentary to anywhere in the world.

Natural Stone Properties — Flower Pendant with Australian Black Opal: Sourced from Australia, black opal carries a place in Greek mythology as the tears of joy Zeus shed upon his good fortune, solidified into stone. Linked to the sacral chakra, it is said to awaken earthly joy and strengthen desire, making it a natural stone especially resonant for Capricorn, a sign that seeks balance between structure and sensuality. Its play of color, unlike that of most gems, comes not from pigment but from the diffraction of light within a lattice of microscopic mineral spheres, which is why no two opals ever flash quite the same way.