- All products are added to your cart.
LeRoi HCA Niobium Haute Couture Seam Ring
HCA Haute Couture Seam Ring by LeRoi
Delicate, affordable, and beautiful. This accessory features a solid band made of precious metal with additional metal beads embellishing the outward-facing portion. This piece creates a fan-like appearance, perfect for complementing any outfit.
The HCA Haute Couture Seam Ring is available in Niobium.
A Seam Ring is a continuous ring that has one opening where the ring is able to open and close. While it is tempting to pull the ring apart in opposite directions, we highly advise against this. Unfortunately, this will put pressure on the machined perfect circle of the hoop, and the two ends never quite reunite leaving a healthy gap. Instead, use what’s known as the S Bend which allows the user to easily manipulate the ring back into a circle.
To open, hold the Seam Ring with the seam up. Applying equal pressure on both sides, bend the ring open into a coil-like shape. Think of it as opening a door and not a book. Once the hoop is through the channel of your piercing bend in the opposite direction to bring the hoop back together. You may need to gently bend the ring a little further than the original position and then back to get the ends of the hoop to align neatly. Make sure the gap is completely closed so the seam ring can move through the piercing without snagging. Please note that gold is a lot softer than any other material so a little pressure goes a very long way. Seam rings are excellent options for those who have found the beauty of their dreams and want to keep a piece in long term.
The ring's minimalist philosophy and neutral styling make it ideal for practically any outfit or occasion. It is a do-anything band that pairs exceptionally well with other accessories from the Talia line. The substantial gold construction makes this a premium band, designed to stay with you for many years to come.
- 16g 3/8" Diameter
- High Quality Niobium
- Detailed Beaded Work
- Bendable Seam Ring
- Item Sold Individually