Skip to product information
IGI Certified 4 Carat Marquise Lab Grown Diamond Stud Earrings
IGI Certified 4 Carat Marquise Lab Grown Diamond Stud Earrings
Have Questions? Speak to a
CALL OR CHAT WITH US TO ORDER!
SKU: MQ400WG-PB
IGI Certified,
×
![Certificate]()
EF-VS 14k Gold
$2,499.00
Deal Price: $1,999.20
Save 20% Off
with Code: LUV20
Copied!
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+ |
Add timeless elegance to your jewelry collection with these stunning 4 carat total weight marquise-cut lab grown diamond stud earrings. Expertly crafted in solid 14K gold these earrings showcase beautifully matched marquise diamonds that create exceptional brilliance and a flattering elongated silhouette.
Each diamond is IGI Certified and graded EF color and VS clarity, ensuring premium quality and remarkable sparkle. Available with your choice of secure Push Back or Screw Back closures for comfortable everyday wear.
Perfect for anniversaries, birthdays, weddings, special occasions, or simply elevating your daily style.
Product Details
- Total Diamond Weight: 4.00 CTW
- Diamond Type: Lab Grown Diamond
- Diamond Shape: Marquise Cut
- Color Grade: EF
- Clarity Grade: VS
- Certification: IGI Certified
- Metal: Solid 14K White Gold & Yellow Gold
- Setting Style: 6-Prong Stud Setting
- Backing Options: Push Back or Screw Back
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.
