When buying a diamond engagement ring, you seem to have to choose between certain design elements. After all, you can't have a halo setting and a fork handle at the same time, can you?

In fact, you can-regardless of your personal style, they all look intricate. Before choosing an open handle halo engagement ring, find out everything you need to know.

What is an open handle engagement ring?
The split shank ring is very elegant and can complement many diamond sizes and shapes. This special style of calf is divided into two parts before joining with the center stone, resulting in two separate straps. The split shank can be designed in many different styles. Separate handles can be simply separated by the space between them, and can even be braided, twisted or free form. The handles will merge back into the middle of the band to create a single band under the finger.

Top split shank engagement ring
This 5.0 carat emerald cut split shank engagement hring is combined with micropavé diamonds to cover the center stone of your choice, just like a warm hug. The soft, wide design of the platinum arms are entwined together to create a charming halo around the characteristic diamonds.

Split Shank Square Halo Diamond Engagement Ring
This ring combines timeless diamonds and classic halo with a unique strap design. The braided band and many embellished diamonds make this unique diamond engagement ring look different. Whether it is a mix of old and new, this ring is very suitable for pioneers to do their own thing regardless of expected specifications.

Floating Split Shank Diamond Engagement Ring
The bifurcated bands of gorgeous diamond-set diamonds pierce the sky, elevating your main diamond to a position where it can capture as much light as possible. But it's not just the brilliance of the biggest diamond that shines. The outline of the engagement ring in this design is also amazing, making it look like your central gem floating above your finger.

Do you like this diamond ring setting? Welcome to view more of our collections.