2.65 Ct. Yellow Sapphire from Ceylon (Sri Lanka)

This transparent 2.65 carat oval yellow sapphire measures 9.87 x 8.08 x 3.91 mm and is fashioned in a mixed brilliant cut that balances broad face up presence with lively internal sparkle. The stone displays intense color intensity that reads as a clear, vibrant yellow with golden undertones. Clarity is graded as very very slightly included when evaluated at eye level, and the surfaces show an excellent polish that contributes to crisp facet junctions and strong light return. This sapphire is untreated, no enhancement, and its origin is Ceylon, Sri Lanka. The proportions and mixed brilliant faceting were selected to maximize both brilliance and dispersion, producing well defined scintillation across the crown and an appealing depth of color when viewed from the table.

Under natural daylight this sapphire presents a clean, saturated yellow that appears fresher and slightly more citrus in tone, while direct sun accentuates the stone s dispersion, producing bright flashes and lively contrasts between the facets. In cool white LED lighting the gem s edges and facet planes gain definition, creating pronounced scintillation and a crisp, modern look. Under incandescent and warm lighting the yellow takes on a richer, warmer gold hue, softening the overall appearance and emphasizing the stone s internal glow. In candlelight the sapphire displays a gentle, luminous presence with softer flashes and a warm, inviting tone. When mounted in typical ring or pendant settings the mixed brilliant cut maintains strong face up brightness, and the intense color allows the stone to remain visually prominent against both white and yellow metals. The combination of fine polish, transparent material, and very slight internal inclusions makes this Ceylon yellow sapphire a versatile choice for jewelry that is intended to perform consistently across varied lighting environments. The Natural Sapphire Company provides this detailed description to assist in assessment of optical behavior and suitability for the intended design.