Potential Diamond Simulant (Cubic Zirconia or Moissanite)

Potential Diamond Simulant (Cubic Zirconia or Moissanite) · Princess Cut

Good Cut

Potential Diamond Simulant (Cubic Zirconia or Moissanite) - Princess Cut

Carat

Estimated 1.5 - 2.0 carats (based on surface area relative to wood grain)

Color

Colorless (D-F Range)

Clarity

Eye-Clean (Estimated VS1-IF equivalent)

Shape

Princess Cut

Overall Assessment

The stone exhibits the high-contrast 'X' pattern typical of a Princess Cut. However, the high degree of fire and clarity visible in a casual setting often points toward a simulant. Professional testing with a thermal/electrical conductivity probe is required for definitive identification.

Cut Quality

Good

Brilliance

High surface reflectivity

Fire

High; colorful dispersion suggests a possible simulant like Moissanite or CZ

Scintillation

Crisp contrast between light and dark facets

Proportions

Standard Princess Cut faceting; specific table/depth percentages require physical measurement

Symmetry

Good

Polish

Good

Fluorescence

Indeterminable from photo

Inclusions

No significant internal inclusions visible at this magnification and resolution

Blemishes

No visible surface scratches or chips, though sharp corners are prone to chipping

Origin

Likely synthetic/manufactured based on visual clarity and setting

Treatment Detection

None visible; requires UV light and spectroscopy to confirm

Estimated Value

$5 - $50 (if CZ); $300 - $800 (if Moissanite); $2,000+ (if Lab Diamond); $10,000+ (if Natural Diamond)

Certification Estimate

Likely ungertified; if authentic, GIA or IGI (if lab-grown)

Investment Potential

Low (especially if verified as a simulant)

Similar Diamonds

Standard 6mm Princess Cut loose stones

Setting Suggestions

V-prong setting to protect the vulnerable sharp corners

Care & Maintenance

Keep clean with mild soap; avoid harsh impact on corners due to cleavage planes in Princess cuts

Interesting Facts

Princess cuts use about 60-80% of the original rough diamond weight, making them more efficient than rounds.

Identified on 5/21/2026