Galactic Ice Orbit Wave Moissanite Eternity S925 Sterling Silver

Galactic Ice Orbit Wave Moissanite Eternity S925 Sterling Silver

7 / Sterling silver / Moissanite
$64.99
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Galactic Ice Orbit Wave Moissanite Eternity S925 Sterling Silver
1/7

Galactic Ice Orbit Wave Moissanite Eternity S925 Sterling Silver

$64.99
Shipping calculated at checkout.
Ring size7
Jewelry materialSterling silver
Gemstone typeMoissanite
Description

A continuous orbit of ice.

Meet the Orbit Wave, a Galactic Ice ring designed with brilliant round-cut moissanite stones flowing through a sleek, wave-inspired setting. Each stone appears wrapped in its own silver orbit, creating a repeating pattern of sparkle around the band.
Crafted in S925 sterling silver, the polished curves give this piece a futuristic look while allowing the moissanite to stay front and center. Wear it solo for a clean celestial look or stack it with other rings for even more drip.
Details:
 Round-Cut Moissanite Stones
 S925 Sterling Silver
 Flowing Wave / Orbit Design
 Multi-Stone Band
 High-Sparkle Celestial Style
 Perfect for Wearing Solo or Stacking
 Galactic Ice Limited Find
The Galactic Story: Inspired by planets traveling along their own paths, each moissanite sits between sweeping bands of silver like a brilliant star caught in orbit.
Limited finds. Constantly changing inventory. New discoveries from across the galaxy.
Galactic Ice — Tap Tap for That Drip!
Care


CARE — KEEP YOUR ICE SHINING

To keep your Galactic Ice piece looking its best, gently clean it with a soft cloth and store it separately in a dry place when you're not wearing it. Avoid harsh chemicals, chlorine, lotions, and abrasive cleaners. For a deeper clean, use mild soap and warm water, then rinse and dry thoroughly. Treat your Galactic Ice with care, and keep that drip shining.

Design


At Galactic Ice, we handpick small runs of Moissanite and S925 silver that feel like a find, not a factory line. Each piece is chosen for its presence, its shine, and its story. Limited quantities, rotating styles. What lands today might not orbit here tomorrow.

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