Please login and you will add product to your wishlist
About
The Courier Ring adds a bold accent that will compliment any ring story. Designed with inverted black diamonds, the Courier Ring gives the illusion of an angular, faceted silhouette. Handcrafted in 18-karat gold and featuring .72 carats of black diamonds, the Courier Ring is sure to bring a bit of edge to any ring stack.
Pair the Courier Black Diamond Ring with simple stacking bands like the Micro Pave Ring and the Kismet Band for the perfect everyday look.
Details
- Handcrafted in 18-Karat Gold
- 0.72 total carat weight (40 x 1.6mm pave diamonds)
- Made in New York City
- STYLE JT2034R
Shipping
All of our jewelry is hand crafted in our New York City workshop and personally gift wrapped using our signature Jade Trau packaging.
Please allow up to 20 business days for your pieces to be completed. Select styles are available in stock for express delivery (2 - 3 business days for domestic orders). You can discover what we have in stock here.
Local pickup is available from any of our New York locations here.
International orders may be subject to import taxes, custom duties and/or fees imposed by the destination country, collected when the shipment arrives.
When your item(s) is ready to ship, our team will contact you via email or text to confirm the delivery window. An adult signature is required for all deliveries.
Visit our Shipping & Return Page to learn more
- About
- Details
- Shipping
OUR MATERIALS
Gold
We exclusively use real, solid 18-karat gold in our collections. Jade Trau is conscious of the environmental impact of metal sourcing and makes a conscious effort to use recycled gold for the majority of our pieces.
DIAMONDS
All of our diamonds are carefully and ethically sourced to ensure that you receive the highest quality stone while feeling good about where it came from. We exclusively use 100% genuine, natural diamonds graded F/G in color and VS2 clarity; our philosophy is to honor the integrity and story of each diamond we work with and pay homage to the billions of years it takes for them to form under the earth's surface.
Learn more about our materials.