Mokume Prong Set Solitaire Rings
A Timeless Solitaire, Elevated by the Mokume Pattern
Get inspired by Mokume Prong Set Solitaire Engagement Rings and customize a design that reflects your personal style or create a one-of-a-kind ring from scratch. Choose your center stone, Mokume metal combination, prong setting style, and any additional details to make it truly yours. We don't stock rings; each is handmade and unique, just like you.
Book a free appointment to get started with your friendly design consultant today, or order online and your consultant will reach out.
What Is a Mokume Prong Set Solitaire Ring?
A Mokume prong set solitaire engagement ring combines the timeless elegance of a prong solitaire engagement ring with the distinctive beauty of a Mokume pattern. Crafted using the ancient Japanese metalworking technique, the swirling Mokume layers create a one-of-a-kind backdrop that sets this ring apart from traditional styles. The prong setting securely showcases the center stone while allowing the intricate Mokume jewelry details to shine from every angle. This fusion of sculptural metal and minimalist stone setting creates a striking, modern heirloom.
Choosing a 4-Prong Vs. a 6-Prong Solitaire
When selecting a setting for a Mokume engagement ring, one common question is whether to choose a 4-prong or 6-prong design. A 4-prong setting in a Mokume ring allows more light to reach the center stone, enhancing brilliance while showcasing more of the mokume pattern beneath. In contrast, a 6-prong design provides extra security but may slightly obscure both the stone and the wood-grain texture. If you're drawn to minimalism and want to let the unique metals speak for themselves, a 4-prong solitaire might be the perfect choice. It offers a refined balance of modern style and organic artistry.
How Mokume Gane Rings Are Made
Mokume Gane is a laminated metal made out of non-ferrous (no iron) metal. True Mokume Gane is laminated together through the process of high heat and high pressure, where the layers are fused together. To start, sheets of precious metal in different colors are stacked together, like a stack of paper, in an extremely clean and laboratory-like environment. Then, the "billet" is placed, under extreme compression, in a kiln at near-melt temperatures. The molecules have a grand time jumping around, and they intermingle between the layers. There, an extremely thin third layer is formed, which is the eutectic bond between layers. No solder is used. With a lot of skill, expertise, and precision techniques, a perfectly bonded billet is formed
