SKU: QV9051
EF-VS 14k Gold

30-Day No-Questions-Asked Returns

100% Certified Lab Grown Diamonds

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USA-Based. Fully Accountable.
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FREE GIFT
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Free Free 925S 1CT Diamond Earring (Worth $349) with Purchase of $2999+ |
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Free Free 925S 0.50CT Diamond Earring (Worth $229) with Purchase of $1999+ |
Elevate your style with these modern trillion-frame lab-grown diamond stud earrings, exquisitely crafted in 14K gold. The sleek, contemporary design features a stunning round-cut EF-VS grade diamond set within an elegant triangular gold frame, creating a bold yet sophisticated look.
Material & Design:
- Gold Purity: Crafted in 14K gold, available in yellow, white, and rose gold.
- Diamond Quality: Premium EF-VS grade diamonds, ensuring superior clarity and brilliance.
- Design Inspiration: A sleek trillion-frame setting that highlights the brilliance of the round-cut center diamond, offering a perfect blend of modern elegance and timeless charm.
Diamond Details:
Each earring is adorned with a high-quality round-cut (RD) diamond, carefully set to maximize radiance. The total diamond weight is 1.00 carat.
| Diamond Shape | Size (mm) | Pointer (ct per stone) | No. of Stones | Total Diamond Weight (ct) |
|---|---|---|---|---|
| Round (RD) | 5.00 | 0.500 | 2 | 1.00 |
All lab-grown diamonds of 0.75ct and above will be IGI certified, ensuring authenticity and premium quality.
A perfect choice for everyday wear or special occasions, these trillion-frame diamond earrings add a contemporary touch to a classic stud earring design, making them a must-have for any jewelry collection.
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.

