S925 Emerald Green Moissanite or CZ Square Halo Earrings with Pavé-Set Halo & Hoop, 1ct D-Grade VVS1 Round Moissanite with GAR certification, Sterling Silver Earrings
✨ Radiant Green Sparkle in Sterling Silver
Make a bold statement with these S925 Emerald Green Moissanite or High Carbon CZ Halo Drop Earrings. Featuring a 1-carat emerald green square center stone framed by a pavé-set halo and hoop, they blend elegance, fire, and comfort in a striking dangle design.
✨ Two Sparkling Options
Choose from two brilliant options to match your style and budget:
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VVS1 D-Grade Moissanite, GAR-certified with round-cut brilliance and unmatched fire
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High Carbon CZ (5A Grade Equivalent), offering diamond-like sparkle at a more accessible price
Both options are nickel-free and hypoallergenic, set in solid S925 sterling silver.
✨ Elegant Design & Comfort
A shimmering pavé halo enhances the vivid green center stone, suspended from a sleek, curved hoop. At 5.2g per pair, these earrings are lightweight yet substantial — ideal for both everyday wear and special occasions. The unisex design complements any outfit.
✨ Perfect Gift for Any Occasion
Each pair arrives in a gift-ready box:
- Moissanite option includes luxury packaging + GAR certificate
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High Carbon CZ option includes elegant standard packaging
Perfect for birthdays, anniversaries, Valentine’s Day, or any moment worth celebrating.
✨ Why You'll Love Them
Whether you choose certified moissanite or 8A-grade high carbon CZ, these earrings offer timeless style with a modern green twist. The pavé-set halo, square silhouette, and hoop structure come together in a design that turns heads.
✨ Key Parameters
- Material: S925 Sterling Silver
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Main Stone Options:
- Moissanite (1ct, Emerald Green, VVS1 D-Grade Round Certified with GAR)
- High Carbon CZ (1ct, Emerald Green, 8A-grade equivalent) - Design: Pavé-Set Halo & Hoop
- Weight: Approx. 5.2g (pair)
- Style: Unisex, Hypoallergenic
- Packaging: Luxury Gift Box (Moissanite) / Elegant Standard Box (High Carbon CZ)
- Safety Note: Keep away from young children due to small components.