Galactic Ice Starlight Orbit Moissanite Huggie Cartilage Earring S925 Sterling Silver

Galactic Ice Starlight Orbit Moissanite Huggie Cartilage Earring S925 Sterling Silver

925 / Fine Jewelry / Huggie
$24.99
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Galactic Ice Starlight Orbit Moissanite Huggie Cartilage Earring S925 Sterling Silver
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Galactic Ice Starlight Orbit Moissanite Huggie Cartilage Earring S925 Sterling Silver

$24.99
Shipping calculated at checkout.
Metal purity925
Jewelry typeFine Jewelry
Earring designHuggie
Description

Add a little movement to your cosmic drip with the Starlight Orbit Huggie from Galactic Ice. Featuring a sleek, stone-accented huggie hoop with a brilliant round moissanite drop, this piece delivers sparkle from the hoop all the way to the dangling stone.

Crafted in S925 sterling silver, its compact huggie design makes it perfect for cartilage styling and stacked-ear combinations. The dangling moissanite moves naturally with you, catching flashes of light like a star traveling through orbit.
Wear it solo for a clean celestial accent or stack it alongside your favorite Galactic Ice studs and cartilage pieces for a fully customized look.
Details:
• Moissanite stone
• S925 sterling silver
• Huggie-style hoop
• Dangling round moissanite accent
• Stone-accented hoop design
• High-polish silver finish
• Designed for cartilage/ear-stack styling
• Sold as a single earring – 1 piece
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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