Skip to product information
1 of 5

SilverCloseOut

Sterling Silver 3.2mm Open Geometric Frame Cuff Ring for Women

Sterling Silver 3.2mm Open Geometric Frame Cuff Ring for Women

Regular price $ 37.95 USD
Regular price $ 49.95 USD Sale price $ 37.95 USD
Sale Sold out
Shipping calculated at checkout.
Size

Not sure of the ring size? See our ring size chart

Quantity
Ships fast from Los Angeles, USA Free gift box with every orderGenuine 925 sterling silver, nickel freeFamily jewelers since 2006

Overview

Architecture for your hand. This open ring never closes at the top. Instead, each end of the band splits and rises into an angular open frame, a five sided outline with a pointed tip, and the two frames face each other across a small gap. Narrow rectangular slots are cut through the band along the sides and back, echoing the open frames and keeping the whole piece light. Every edge is crisp and every surface is polished bright. Crafted in solid .925 stamped sterling silver with a rhodium finish for lasting brightness, it is hypoallergenic and nickel free. The top measures 6.8mm high on a 3.2mm band. Offered in whole sizes 3 through 13, it arrives gift boxed and ready to give.

Highlights

  • SOLID STERLING SILVER: Crafted in genuine .925 stamped sterling silver with a rhodium finish for lasting brightness, hypoallergenic and nickel free for comfortable wear on sensitive skin.
  • OPEN GEOMETRIC FRAMES: Each end of the band rises into an angular five sided open frame, and the two frames face each other across a gap, with rectangular slots cut through the band.
  • SIZE AND FIT: The open top measures 6.8mm high on a 3.2mm band with a 2.7mm shank and a light airy feel on the hand; available in whole sizes 3 through 13.
  • A GIFT FOR MODERN STYLE: A smart pick for birthdays, graduations, design lovers and fans of clean geometric jewelry, and it arrives gift boxed and ready to wrap.
  • EASY CARE: Wipe with a soft cloth after wear and store in the included box to keep the polished edges bright; avoid bending the open ends to keep the shape true.
View full details