Likely Diamond Simulant (e.g., Cubic Zirconia or Crystal)

Likely Diamond Simulant (e.g., Cubic Zirconia or Crystal) · Princess or Square Radiant Hybrid

Fair to Poor (Facets lack crispness and geometric precision) Cut

Likely Diamond Simulant (e.g., Cubic Zirconia or Crystal) - Princess or Square Radiant Hybrid

Carat

Estimated 2.50 - 3.50 carats (based on scale against fingers)

Color

Lacks specific diamond color grading; appears near-colorless with strong reflections

Clarity

I (Included) - Heavily fractured/blemished appearance

Shape

Princess or Square Radiant Hybrid

Overall Assessment

The specimen lacks the refractive index and clarity of a gemstone-quality diamond. It is likely a diamond simulant or a highly included mineral specimen.

Cut Quality

Fair to Poor (Facets lack crispness and geometric precision)

Brilliance

Low - Light does not return efficiently through the crown

Fire

Minimal - High dispersion is lost due to internal opacity

Scintillation

Poor - Small, dull flashes of light

Proportions

High table percentage, shallow appearance relative to surface area

Symmetry

Fair - Uneven facet edges and misaligned corners

Polish

Poor - Noticeable surface abrasions and internal haziness

Fluorescence

None visible under current lighting

Inclusions

Heavy internal fracturing, cloudiness, and crystal-like growth patterns

Blemishes

Significant surface scratches and edge chipping visible

Origin

Synthetic manufacture

Treatment Detection

Surface coating or fracture filling unlikely to improve this quality

Estimated Value

Minimal (Under $50 USD if simulant; value based on costume jewelry)

Certification Estimate

Unlikely to be certified by GIA/AGS as a diamond; may be identified as a simulant

Investment Potential

None

Similar Diamonds

Low-grade industrial diamonds or commercial-grade cubic zirconia

Setting Suggestions

Costume jewelry setting or fashion ring mount

Care & Maintenance

Clean with mild soap and water; avoid ultrasonic cleaners due to fractures

Interesting Facts

The appearance of the table shows a needle-like or 'salt and pepper' internal structure common in simulants

Identified on 6/15/2026