Dapaza Jewelry
Asymmetric Lab-Grown Emerald Clavicle Necklace - S925 Sterling Silver
Asymmetric Lab-Grown Emerald Clavicle Necklace - S925 Sterling Silver
6 in stock
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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
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.
Product Description
Modern Sophistication: The Asymmetric Lab-Grown Emerald Clavicle Necklace
Define your neckline with the contemporary elegance of our Asymmetric Lab Emerald Necklace. This chic clavicle-length piece features a vibrant 4x6mm emerald-cut lab emerald set at a modern tilt, complemented by a delicate cluster of shimmering round and pear-cut accent stones. It is the perfect blend of architectural design and timeless gemstone beauty.
Key Features
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Vibrant Center Stone: Features a premium 4x6mm emerald-cut lab-grown emerald, delivering the lush, deep green hue and exceptional clarity of top-tier natural emeralds.
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Unique Asymmetric Design: A modern takes on the classic solitaire, featuring a tilted emerald paired with a sparkling stone cluster for a unique, eye-catching silhouette.
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Premium Materials: Crafted from high-quality S925 Sterling Silver with a thick 18K White Gold plating for a luxurious, tarnish-resistant, and hypoallergenic finish.
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Refined Weight: Weighing approximately 4.22g, this necklace feels substantial yet delicate enough for daily wear.
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Sustainable Luxury: Our lab-grown gemstones offer an ethical and eco-friendly alternative to mined stones without compromising on chemical or physical brilliance.
