Radiant Bloom 2-Carat Yellow Diamond Studs
True luxury isn’t found in fleeting trends or commercial, pale stones; it is forged in precision, contrast, and undeniable quality. While traditional retailers often offer mass-produced halo earrings where the center stone loses its identity, the Radiant Bloom sets an entirely different standard of devotion. Each pair features guaranteed VS+ clarity lab-grown diamonds, hand-vetted for multi-dimensional fire and total transparency. The intense, sun-drenched canary centers are beautifully secured with yellow gold prongs to maximize their warmth, then dramatically juxtaposed against a precision-set frame of brilliant white E/F color diamonds set in 2.5 grams of crisp 14K gold.
Whether she is dressed in a crisp white button-down for a power meeting or a sleek black gown for a gala, the Radiant Bloom delivers a "red carpet" impact in an elegant, everyday silhouette that effortlessly transitions across her wardrobe.
Product Specifications
-
Style: Two-Tone Halo Stud Earrings
- Metal: 14K White Gold with 14K Yellow Gold Prongs
- Metal Weight: 2.5 Grams
- Total Carat Weight: 2.00 ctw
- Diamond Clarity: VS+
- Diamond Color: Vivid Canary Yellow (Center), E/F (Halo)
- Stone Shape: Round Brilliant
- Stone Type: Lab-Grown Diamonds
How to Style & Wear
Let these commanding studs take center stage by pairing them with a sleek updo and a classic little black dress, or let them elevate a casual silk blouse for effortless daytime luxury.
Free 2-Day Shipping
You don’t have to know every variable.
The 4Cs define a range. Most brands choose somewhere in the middle. Here’s exactly where Amorati draws the line, and why it matters.
GIA Clarity Scale
VS1 Minimum - FL/IF
VS1 clarity means inclusions are invisible to the naked eye. Even under close scrutiny. Our minimum is where many retailers "curated" or "select" category ends. We start here.
GIA Color Scale
D to F Colorless Tier Only
D to F is the "colorless" tier, which are the brightest and whitest diamonds under the GIA standards. Most competitors allow G–H. We don't ever go below F.