SKU: VR7021WG
IGI Certified,
EF-VS 14k Gold

30-Day No-Questions-Asked Returns

100% Certified Lab Grown Diamonds

Fully Insured Shipping

USA-Based. Fully Accountable.
Have Questions? Speak to a
Diamond Expert Before You Buy
CALL OR CHAT WITH US TO ORDER!
FREE GIFT
|
|
|---|---|
|
Free Free 925S 1CT Diamond Earring (Worth $349) with Purchase of $2999+ |
|
Free Free 925S 0.50CT Diamond Earring (Worth $229) with Purchase of $1999+ |
A symbol of love in its most radiant form, the Heart Spark Single Halo Ring captures emotion, elegance, and brilliance in a beautifully refined design.
At the center lies a stunning 1.75 carat heart-shaped lab grown diamond, IGI Certified with EF color and VS clarity, offering exceptional fire and a romantic silhouette that speaks directly to the heart. The precise cut enhances brilliance while preserving the soft curves that make this shape truly special.
Encircling the center is a delicate single halo of diamonds, featuring 0.25 carat of side stones, designed to amplify the center diamond’s size and sparkle while maintaining a graceful, balanced look.
The ring is finished with a uniquely sculpted band in your choice of 14K Yellow Gold or 14K White Gold, adding a modern touch to this timeless romantic style. The elevated setting allows maximum light reflection, ensuring brilliance from every angle.
Product Details:
- Total Carat Weight: 2.00 CT
- Center Stone: 1.75 CT Heart Shape Lab Grown Diamond (IGI Certified)
- Side Diamonds: 0.25 CT (Single Halo)
- Diamond Quality: EF Color | VS Clarity
- Metal Options: 14K Yellow Gold / 14K White Gold
- Design: Heart Solitaire with Halo
Economical Lab-Grown Diamonds: Budget-Friendly Brilliance
Lab-grown diamonds offer a sustainable and efficient alternative to their natural counterparts. With a streamlined production process taking only weeks or months, they significantly reduce environmental impact. Lab-grown diamonds are meticulously crafted using the same process as natural diamonds, but within controlled laboratory settings. This innovative technique allows for the replication of natural diamond formation in a fraction of the time, making them more accessible and sustainable.

