Certified Tahitian Cultured Pearl – 14mm Loose Specimen (14.0mm-PS | IGC-69793)

Description

Experience an absolute paradigm shift in visual luxury with this **fully certified loose Tahitian Pearl**. Measuring a significant and commanding **14.0 mm** class, this authentic saltwater specimen has been thoroughly authenticated by the International Gemological Center (IGC). Completely rejecting flat, ink-blot blacks, its natural graphite canvas displays a deep, metallic grey bodycolour that catches light with crisp, mirror-sharp clarity.

Laboratory Verified Authenticity

Accompanied by an official **Certificate of Authenticity** from an ISO 9001:2015 certified laboratory, this premium saltwater pearl stands fully validated. Gemological analysis confirms an exact weight of 3.970 Grams (19.85 Carats), a specific gravity of 2.68, and a refractive index of 1.54—confirming its pure, organic development within the dark mantle edges of the *Pinctada margaritifera* oyster.

This laboratory backing protects your investment by proving its natural origin. Unlike common freshwater lookalikes, it remains entirely untouched by the artificial tints or chemical irradiation used to mimic oceanic darkness.

The Instinct of the Collection

• — Nocturnal Complexity & The "Wet Look": Because its crystalline aragonite platelets are incredibly tightly packed, light doesn't just surface-bounce; it refracts through thousands of concentric layers, casting a fluid, metallic sheen that rolls across the surface.
• — The Modern Maharaja Silhouette: Perfectly capturing the shift toward bold, gender-fluid luxury, this substantial 14 mm scale provides an ideal alternative to delicate traditional strands. It transitions seamlessly into directional modern menswear and contemporary styling.
• — Polynesian Mystery: Forged quietly across a slow 18 to 24-month cultivation process within the remote, low-turbidity coral reef atolls of French Polynesia, its heavy saltwater nacre layer functions as a permanent memory carrier of its environment.

Verified Laboratory Specifications