4.91 Carat Turquoise Diamond Halo Ring in 18K White Gold

Details
Center stone: Emerald-cut turquoise cabochon weighing approximately 4.91 carats
Accent diamonds: Thirty-nine round brilliant diamonds totaling approximately 0.57 carat
Halo: 25 round diamonds
Shoulders: 14 round diamonds
Metal: 18K white gold
Ring Size: 6.5
Style: Turquoise diamond halo cocktail ring

A striking emerald-cut turquoise cabochon commands attention in this elegant cocktail ring, framed by a brilliant diamond halo and crafted in luxurious 18K white gold. The clean architectural lines of the elongated center stone contrast beautifully with the sparkle of the surrounding diamonds, creating a sophisticated statement piece with timeless appeal.

Impressive Turquoise Center Stone
The centerpiece is an emerald-cut turquoise cabochon weighing approximately 4.91 carats. Its vibrant robin's-egg blue color and smooth polished surface create exceptional visual impact while the elongated rectangular shape lends the ring a refined, architectural elegance. The generous size of the center stone gives the design remarkable finger presence without appearing overly ornate.

Brilliant Diamond Halo
Thirty-nine round brilliant diamonds totaling approximately 0.57 carat surround the turquoise in a classic halo and continue onto the shoulders of the ring. The diamonds introduce exceptional brilliance and create crisp definition around the vivid center gemstone, enhancing both contrast and overall visual balance.

18K White Gold Craftsmanship
Expertly crafted in 18K white gold, the mounting provides a luxurious foundation that complements the cool blue tones of the turquoise and the brilliance of the diamonds. 

Sophisticated Contemporary Design
The combination of a substantial turquoise cabochon, geometric silhouette, and diamond halo creates a ring that feels both modern and timeless. Whether worn as a statement cocktail ring or a distinctive collector's piece, its bold color and elegant proportions make it an exceptional addition to any fine jewelry collection.