2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut
2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut
2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut
2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut
2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut
2.06 carat parti blue green yellow Asscher cut sapphire on yellow flower petals
Natural unheated Madagascar parti sapphire Asscher cut showing blue and green color zoning
Loose Madagascar parti sapphire Asscher cut rotating in tweezers to display color zoning and brilliance
2.06ct natural parti blue green yellow Asscher cut sapphire shown in hand under natural light

2.05CT Sapphire: Parti Yellow Teal Blue Green Precision Custom Antique Squared Emerald Cut

Regular price$2,200.00
/
Shipping calculated at checkout.

  • Ethical sourcing

Specifications:

  • Gemstone: Sapphire
  • Color: Parti Blue Green Yellow
  • Weight: 2.06 carats
  • Shape & Cut: Precision Custom Antique Squared Emerald Cut
  • Dimensions (mm): 6.93 x 6.92 x 3.97
  • Origin: Diego Madagascar
  • Treatment: Routine Gentle Heat

About This Stone

This exceptional 2.06 carat natural parti sapphire from Diego, Madagascar showcases a mesmerizing blend of blue, green, and flashes of golden yellow in a precision Asscher cut. The square step-cut faceting highlights the gemstone’s unique color zoning, creating a striking geometric display of teal-blue depth and vibrant yellow-green brilliance. Completely unheated and untreated, this rare loose parti sapphire is ideal for a custom engagement ring, one-of-a-kind heirloom design, or bespoke fine jewelry creation. Its balanced 6.93 x 6.92 mm proportions and architectural Asscher cut make it highly desirable for modern engagement rings, alternative bridal jewelry, and collectors seeking ethically sourced natural sapphires with bold character and distinctive color separation.


Recently viewed