10% OFF through Christmas!
Coupon Code: CHRISTMAS
Secure Checkout

Modern Halo Garnet Diamond Ring in 14K White Gold

Purchase Modern Halo Garnet Diamond Ring in 14K White Gold
SKU: RXP-DR-21589GT
$1,405.69 $2,200.00
 

Ships in 5-7 Business Days
Free Shipping in U.S.
100% Money Back Guarantee
Made in the USA Made in the USA

This Modern Halo Garnet Diamond Ring in 14K White Gold is a seamless combination of a time-tested setting, two much-loved gemstones and a subtle yet sophisticated contemporary touch. With a striking red focal point and over a third carat of diamond accents, this is a style that combines that past and the present with stunning elegance and eye-catching contrast.

The halo ring first came into fashion in the 1920s, and its simple yet winning strategy of surrounding a center gem with smaller stones to magnify its brilliance has been adorning the fingers of women of good taste ever since. Although this design has peaked in popularity throughout the decades since (as was the case in the 1960s), it's never fallen out of style.

This interpretation of the halo ring has a sleek modern look thanks to its 38 channel-set diamonds and its sleek, polished foundation of 14K white gold. A total of 20 of these diamonds create a frame of glimmer around the center stone�a 6mm round garnet with a rich red sparkle�while the remaining 18 diamonds stud the slender bands, with nine diamond on each side of the garnet. With 0.35 carats of colorless sparkle, these diamonds contrast the garnet in truly glamorous fashion.


 

    Ring Specifications
  • Metal Type - 14K White Gold
  • Gram Weight - Approx. 2.5 grams
  • Head Size - 10mm
  • Head Height - 8mm
  • Band Width - 2mm

  Gemstone Information

  • Gemstone Type - Garnet
  • Gemstone Size - 6mm
  • Gemstone Cut - Round

  Diamond Information

  • Number of Diamonds - 38
  • Total Carat Weight - 0.35 tcw
  • Diamond Color - H-I
  • Diamond Clarity - SI1-SI2

We guarantee our Modern Halo Garnet Diamond Ring in 14K White Gold to be high quality, authentic jewelry, as described above.