Elevate Your Elegance with our Round Lab Grown Diamond Huggie Hoop Earrings by Adorn By You, expertly crafted in luminous 14K / 18K yellow gold. Featuring three round cut lab grown diamonds per earring, available in total carat weights of 3.00, 5.00, and 6.00 carats, each stone is secured in a prong setting to maximize brilliance from every angle.
The refined huggie silhouette redefines classic hoop styling with a bold, modern twist. A hinged back ensures a secure, comfortable fit, while sustainably grown diamonds express your values with conscious luxury. Perfect for day-to-night elegance, these hoops are a timeless statement of sophistication, radiance, and intentional design.
Product Details
Item Details
Category
Details
SKU
EARRINGHP3
Gender
Women
Style
Huggie Hoop Earrings
Carat Total Weight (carat)
3.00, 5.00 and 6.00
Material
White Gold, Yellow Gold, Rose Gold (all in 14K / 18K) and Platinum
Back Type
Hinged
Earring Length (inches)
0.51 (3 ctw) - 0.76 (6 ctw) varies based on carat weigth
Earring Width (inches)
0.20 (3 ctw) - 0.24 (6 ctw) varies based on carat weight
Diamond Details
Category
Details
Stone Type
Diamond
Creation Method
Lab Grown
Shape
Round
Diamond Color
Near-Colorless (F/G+)
Clarity
VS2
Certification
IGI Certified
Cut Grade
Excellent
Carat Total Weight (Carat)
0.50 (3.00 ctw) 0.83 (5.00 ctw) 1.00 (6.00 ctw)
Count
6 (3 per Earring)
Setting
Prong
Our Diamonds
Elevate Your Elegance with a New Era of Diamonds
Indulge in the extraordinary—where opulence meets innovation. Our jewelry showcases exquisite, colorless lab-grown diamonds, each boasting VS+ clarity for unmatched brilliance and sophistication. Revel in the luxury of exceptional quality and generous size, without compromise.
From our premier metalsmiths to world-renowned stone setters, your jewelry is shaped by the hands of true artisans. Every piece is thoughtfully crafted with lasting quality in mind—made to be worn, loved, and passed down.
We proudly stand behind our work with a complimentary lifetime warranty covering all manufacturing defects.
