Gold Oval Double Halo Ring
An oval cubic zirconia sits at the center of this warm gold-tone ring, surrounded by two rows of round CZ stones for bright, dimensional sparkle. The open adjustable band makes this polished statement easy to style for dinners, celebrations, and special occasions.
Design & Styling
Inspired by classic halo settings, the frame of smaller stones draws light toward the center and adds a little extra presence. Wear it alone with a cream blouse and jeans, warm neutrals, or a slip dress, or mix it into a slim ring stack for work, weekend brunch, and relaxed dinners.
Why You’ll Love It
- Oval centerpiece framed by a sparkling double halo
- Round CZ accents add depth and light from every angle
- Warm gold tone gives the design a rich, polished finish
- Open adjustable band offers a flexible fit
- Nickel-conscious construction designed with sensitive skin in mind
- Gift-ready Deshani packaging included
Details
- Style: Oval double-halo open ring
- Center stone size: Approx. 10 × 13 mm
- Weight: Approx. 2.8 g
- Finish: 18K gold plating
- Stone: Oval and round cubic zirconia
- Band: Open adjustable band
- Material: 925 sterling silver with 18K gold plating
Jewelry Care
- Keep away from water, perfume, lotion, and household chemicals.
- Remove before showering, swimming, exercising, or sleeping.
- Wipe gently with a soft, dry jewelry cloth after wear.
- Store separately in a dry pouch or jewelry box.
Shipping & Returns
Shipping
In-stock items ship within 1–2 business days. Delivery takes 5–8 days.
10-Day Returns & Exchanges
Original shipping charges are non-refundable. For preference-based returns or exchanges, customers are responsible for return shipping. Confirmed damaged, defective, or incorrect items will be replaced at no extra cost.
Care Tips
1. Keep your jewelry away from perfume, toiletries, sweat, and seawater to help protect the plating.
2. After wearing, gently wipe the stones and metal with a soft jewelry cloth.
3. Store it in the brand's gift box when not in use to help prevent scratches and oxidation.