Pave White Sapphire Ring 3.59 Ct., 14K White Gold

This ring centers a transparent 3.59 carat white sapphire, cut in a classic emerald style, with precise dimensions of 9.95 by 6.65 by 5.02 millimeters. The emerald cut employs a series of parallel step facets and a broad rectangular table that emphasize clarity and internal depth rather than small facet scintillation. In this example, the step-facet arrangement produces a refined hall of mirrors effect, providing broad flashes of white light and an elegant, architectural light return. The sapphire was evaluated at eye level and found to be eye clean, so the step cut reads with exceptional transparency and minimal inclusion interference. Color saturation is colorless, and the stone shows neutral white tones without detectable body color, which is relatively uncommon in untreated Ceylon origin material. The polish was graded excellent, so facet junctions are crisp and the planes present mirror smoothness, which enhances both the stone sheen and the precision of the step faceting. There has been no enhancement to this sapphire, which preserves the natural crystal structure and optical properties associated with fine Sri Lankan material.

Accenting the center stone, the ring is set with white round natural diamonds, with approximate group weights of 0.30 carats and 0.10 carats, totaling approximately 0.40 carats of diamond weight. The diamonds are graded clarity VS and color F or G, and they have been cut to maximize brilliance within small diameter proportions. These melee diamonds are hand-set along the shoulders in a refined pavé technique, using closely aligned bead settings to minimize metal visibility and maximize the reflective surface area. The setting spacing and symmetry are controlled to consistent tolerances, ensuring uniform light return across the pavé run. The center sapphire is secured in a low profile four prong head, with prongs shaped to cradle the truncated corners typical of the emerald cut, providing mechanical security while minimizing obstruction of the crown and table. All metal surfaces exhibit an excellent finish, with the top facets and undergallery polished to a high luster, and bezel and prong junctions filed and burnished for durability and comfort.

The entire mounting is executed in platinum 950, chosen for its density, tensile strength, and long term stability. Platinum 950 is highly resistant to wear and deformation, it develops a desirable patina with normal wear, and it is ideally suited to securely retain both the step cut sapphire and the pavé set diamonds. The metalwork includes a fully formed undergallery and a reinforced head structure to distribute stress from daily wear, while allowing the sapphire pavilion to sit at an elevation that optimizes light entry and exit. The ring band is sized and shaped to maintain a balanced profile, providing a comfortable finger fit and correct alignment for a companion wedding band if desired. All prongs and pavé beads are finished with tight tolerances to prevent accidental snagging, and the ring is engineered for routine maintenance, including periodic prong inspection, re-tipping, and professional cleaning to restore surface polish.

This ring is designed not only as a contemporary jewel, but as an enduring family heirloom. The choice of a high clarity emerald cut white sapphire from Ceylon, untreated and precisely finished, creates an object of rarity and provenance, and the use of platinum 950 and natural VS grade diamonds supports longevity and ease of conservation. The architectural clarity of the emerald cut provides a timeless aesthetic that resonates across generations, and the technical construction facilitates repair and resizing without compromising the integrity of the main stone. The Natural Sapphire Company documents the origin and treatment status of the center sapphire, providing a provenance record that can travel with the piece, enhancing its traceability and sentimental value. With routine professional inspections, careful cleaning, and occasional re-polishing, the ring will maintain its optical performance and structural security for decades, making it eminently suitable to be passed down, accompanied by its technical certificate and family history, from one generation to the next.