

Channel-Set Moissanite Eternity Band Ring
$89.00 USD
A clean, flat-profile band that lets the stones do the talking. A single channel-set row of round-brilliant moissanite runs the full way around the ring, each stone seated flush inside a polished silver channel so nothing snags through daily wear, work, or travel. The wide, comfort-fit shank sits flat against the finger, balancing the sparkle row against broad, mirror-bright metal for a modern unisex look that pairs as easily with a wedding set as it does on its own. Channel setting is the most secure way to carry a continuous line of stones: there are no raised prongs to catch or wear down, and the recessed row stays protected. Even set low, moissanite keeps throwing more fire than diamond thanks to a 2.65 refractive index versus diamond's 2.42, so the line stays lively under everyday light. At 9.25 on the Mohs scale the stones resist scratching for a ring built to be worn every day. Stylist note: because the metal is flat and substantial, this reads as a true unisex band and stacks cleanly beside a plain or pave wedding ring without the rows fighting each other. Choose a half size up if you wear it on a wider knuckle, as the comfort-fit interior runs true to size. Crafted in 925 sterling silver with bright 18K white-gold plating and stamped S925 inside the shank. The colorless DEF, VVS-clarity round-brilliant moissanite circles the band for continuous brilliance. Specs: 925 sterling silver, 18K white-gold plated; channel-set round-brilliant moissanite, DEF colorless, VVS clarity, 2.65 refractive index, 9.25 Mohs; full eternity-style row; approx. 4.2g; sizes 7-11.
| Stone Type | Moissanite |
| Stone Shape | Round |
| Stone Color | White |
| Carat Weight | 0.5~0.99ct |
| Color Grade | D (Colorless) |
| Clarity Grade | VVS |
| Cut Grade | Excellent |
| Mohs Hardness | 9.25 |
| Metal | 925 Sterling Silver |
| Metal Purity | 925 Sterling Silver |
| Setting | Channel |
| Design Features | Accents |
| Style | Modern |
Discover more stunning pieces from our collection



