Diana Green Sapphire Diamond Cluster Ring
Timeless, elegant, and uniquely captivating, this exquisite cluster ring centres on a 1.38ct natural green sapphire, its deep, velvety hue offering a striking alternative to traditional coloured gemstones. The oval sapphire is framed by a radiant 1.03ct halo of round brilliant diamonds, each meticulously set in platinum to maximise brilliance and create a shimmering crown of light.
The polished 18ct yellow gold band adds warmth and contrast, highlighting the sapphire’s rich green tone while maintaining a classic, refined silhouette. Crafted with exceptional attention to detail, this piece blends heritage craftsmanship with a bold contemporary allure.
A truly luxurious statement ring — perfect as a meaningful gift, an alternative engagement ring, or an heirloom to be treasured for generations.
Details
- Centre Stone: 1.38ct Natural Green Sapphire (Oval)
- Diamonds: 1.03ct Round Brilliant Halo
- Setting: Platinum
- Band: 18ct Yellow Gold
- Style: Classic cluster
Original: $11,709.01
-65%$11,709.01
$4,098.15
Description
Timeless, elegant, and uniquely captivating, this exquisite cluster ring centres on a 1.38ct natural green sapphire, its deep, velvety hue offering a striking alternative to traditional coloured gemstones. The oval sapphire is framed by a radiant 1.03ct halo of round brilliant diamonds, each meticulously set in platinum to maximise brilliance and create a shimmering crown of light.
The polished 18ct yellow gold band adds warmth and contrast, highlighting the sapphire’s rich green tone while maintaining a classic, refined silhouette. Crafted with exceptional attention to detail, this piece blends heritage craftsmanship with a bold contemporary allure.
A truly luxurious statement ring — perfect as a meaningful gift, an alternative engagement ring, or an heirloom to be treasured for generations.
Details
- Centre Stone: 1.38ct Natural Green Sapphire (Oval)
- Diamonds: 1.03ct Round Brilliant Halo
- Setting: Platinum
- Band: 18ct Yellow Gold
- Style: Classic cluster
