Simple Titanium Wedding Band With Sandblasted Finish And Beveled Edges
This ring cannot be resized.
To ensure the perfect fit and be covered by our no-cost remake policy, order a custom ring sizer in your presumed ring size.
No idea of your ring size? Use our free ring sizing app. We also offer a free sizing kit for determining your estimated size.
View the Ring Size Conversion Chart for international sizes.
If you don't see your desired ring size available for order, please contact us.
Engraving Service Add-ons:
Our laser Text Engraving is FREE. View all text engraving font options.
We also offer Image Engraving for logos, icons, fingerprints and more.
**************
Please note: Non-metal materials cannot be engraved. This includes materials coated with Ring Armor (wood, antler, crushed materials) and mokume gane. We also cannot engrave rings less than 4mm wide.
CUSTOMIZE THIS ITEM
This simple titanium wedding band has a classic design that will outlast any trend. The titanium band is equipped with a beveled profile and a rugged sandblasted finish. Whether you wear this ring as an everyday accessory or wedding band, it will go great with any attire.
RING LAYOUT - Simple Titanium Wedding Band With Sandblasted Finish And Beveled Edges-3684
Ring Width: 7 mm
Ring Sleeve: Titanium
Ring Profile: Beveled
Ring Finish: Sandblasted*
7 mm Sandblasted Titanium
This ring comes with a comfort fit.
RING FITTING:
We highly recommend that you get your ring size in a COMFORT FIT measured by reputable jewelers UNTIL at least 2 agree on the same size (law of averages). To ensure we will be making your ring the proper fit, please read the following links:
This ring is not re-sizable.
ENGRAVING:
Add a personal message with our laser engraving text.
Contact Us for help with any questions or special requests!
*Sandblasted titanium/precious metal rings, like all jewelry metals, will acquire surface scratches or scuffs through everyday wear. Scratches will be particularly evident in new ring, but as the ring is worn it will develop a natural and even pattern.
