1 Carat Lab-Grown Sapphire Solitaire Pendant in 14K Gold
14K Gold 1 Carat Lab Grown Sapphire Solitaire Pendant
Our 1 Carat Lab Grown Sapphire Solitaire Pendant is centered on a 6.5mm lab made sapphire with a consistent color that holds its richness across different lighting conditions. The gemstone is secured in a traditional four prong basket setting that keeps the structure open while allowing the surface to remain fully visible. With an overall height of 11.4mm including the bail, the pendant maintains a balanced presence that works well for constant and daily wear or more intentional styling. Made in the USA, it fits naturally for those searching for a gold sapphire pendant or a solitaire design with a strong, defined color profile.
Product Specifications
- Metal: Guaranteed 14K Solid Gold
- Stone Type: Lab Grown Sapphire
- Carat Weight: 1 Carat
- Setting: 4-Prong Traditional Setting
- Pendant Height: 11.4mm
- Chain Passage Dimensions: 2.5mm x 2mm
- Origin: Made in the USA
- Returns: 45-Day Return & Exchange Policy
- Shipping: Free Shipping in the USA (global options available)
The Lab Grown Sapphire Solitaire Pendant
Sapphire is known for its deep blue tone, and in this lab grown version, the color remains evenly distributed across the surface with the exact composition of natural stone. The round cut allows light to reflect without reducing the depth of the stone to keep the color saturated rather than overly bright. The open prong setting supports this by allowing light to pass through from multiple angles.
Clean Structure, Focused Design
The four prongs provide structure while leaving most of the gemstone exposed to allow its color and internal reflections to remain visible. The gold setting adds a subtle warmth that contrasts with the cooler blue tone for a clear separation between metal and stone. The overall design remains simple, built around proportion and material rather than added detail.
We guarantee our 1 Carat Lab-Grown Sapphire Solitaire Pendant in 14K Gold to be high quality, authentic jewelry, as described above.
