Dapaza Jewelry

2.9ct Lab-Grown Emerald Solitaire Pendant - S925 Sterling Silver

$159.99 USD

~~$134.81 USD~~ $159.99 USD

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1. Order Processing Time

All orders will be processed within 1-3 business days after payment is received.

Order processing may be delayed during holidays or due to stock availability. If there are any delays, we will notify you via email.

2.Shipping Time

Standard Shipping: Expected delivery time is [7-15] business days.

Return and Exchange Policy

We have a 30-day return policy, which means you have 14 days after receiving your item to request a return.

To be eligible for a return, your item must be in the same condition that you received it, unworn or unused, with tags, and in its original packaging. You’ll also need the receipt or proof of purchase.

Brilliant 2.9ct Emerald-Cut Lab Emerald Pendant, Classic S925 Sterling Silver Necklace with Round Brilliant Accent, 18K White Gold Plated Sustainable Fine Jewelry

Product Description

Timeless Sophistication: The 2.9ct Lab-Grown Emerald Solitaire Pendant Make a bold statement with our 2.9ct Lab Emerald Pendant Necklace. This exquisite piece features a magnificent emerald-cut lab-grown gemstone, topped with a single sparkling round-cut accent stone. Designed for the modern woman who values both classic beauty and ethical luxury.

Product Specifications:

Magnificent Center Stone: Features a premium 2.9ct emerald-cut lab-grown emerald, offering deep, lush green saturation and exceptional clarity.
Elegant Accent: Accented by a brilliant round-cut stone that adds a touch of classic fire to the verdant center gem.
Premium Materials: Crafted from solid S925 Sterling Silver and finished with a thick 18K White Gold Plating for a tarnish-resistant, hypoallergenic, and luxurious shine.
Refined Weight: Weighing approximately 3.58g, this pendant offers a high-quality, weighted feel synonymous with fine jewelry.
Sustainable Luxury: Our lab-grown emeralds provide a 100% ethical and eco-friendly alternative to mined stones, possessing identical chemical and physical properties.