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Lab Grown Diamond Pear Solitaire Earrings (0.50ct-1.00ct)
Lab Grown Diamond Pear Solitaire Earrings (0.50ct-1.00ct)
SKU: OE1907050S-14KYG-EF
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VS-EF 14k Gold
$460.00
Deal Price: $368.00
Save 20% Off
with Code: USA20
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30-Day No-Questions-Asked Returns
100% Certified Lab Grown Diamonds
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USA-Based. Fully Accountable.
 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+ |
Discover the perfect blend of elegance and ethical luxury with our Lab Grown Diamond Pear Solitaire Earrings, available in two stunning options. Each pair features beautiful pear-cut diamonds, showcasing brilliance and sophistication while being environmentally friendly.
Option 1: 0.50ct Pear Earrings
- Size: 5x3mm
- Weight: 0.85g
- Diamond Pieces: 2
- Delicate and versatile, these earrings are ideal for everyday elegance or adding a touch of sparkle to any outfit.
Option 2: 1.00ct Pear Earrings
- Size: 6x4mm
- Weight: 1.30g
- Diamond Pieces: 2
- Striking and stylish, these earrings offer a captivating look that transitions beautifully from day to night.
Features:
- Ethically Sourced: Made with lab-grown diamonds for a guilt-free sparkle.
- Timeless Design: Classic Pear shape complements any style.
- Comfort Fit with Push Back: Lightweight and hypoallergenic for comfortable wear.
Elevate your jewelry collection with these exquisite Pear solitaire earrings. Whether you’re treating yourself or looking for the perfect gift, these lab-grown diamond earrings are sure to impress and delight.
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.
