Simulant (Cubic Zirconia/Moissanite)

Simulant (Cubic Zirconia/Moissanite) · Princess / Radiant Hybrid Cut

Good (Commercial Cut) Cut

Simulant (Cubic Zirconia/Moissanite) - Princess / Radiant Hybrid Cut

Carat

Estimated 4.0 - 6.0 Carats

Color

D-E (Colorless)

Clarity

VVS1-IF (Internally Flawless)

Shape

Princess / Radiant Hybrid Cut

Overall Assessment

This appears to be a high-quality diamond simulant, likely Cubic Zirconia or a similar lab-created material. It displays exceptional clarity and fire but lacks the specific depth of light characteristic of a natural carbon diamond.

Cut Quality

Good (Commercial Cut)

Brilliance

High white light return, though shows some 'glassy' transparency in the center

Fire

Strong dispersion; visible spectral colors (blues, oranges, and pinks) characteristic of high refractive index simulants

Scintillation

High intensity flash patterns with large facet reflections

Proportions

High crown, shallow table facets with sharp, geometric step-like reflections

Symmetry

Good

Polish

Very Good

Fluorescence

None visible under current lighting

Inclusions

No visible internal inclusions; extremely clean structure characteristic of synthetics

Blemishes

None visible; sharp facet junctions indicate high hardness material

Origin

Laboratory created (Simulated)

Treatment Detection

N/A; manufactured simulant

Estimated Value

$50 - $300 (Market value for high-quality simulants)

Certification Estimate

Likely uncertified or GIA Simulant Report; estimated as top-grade simulant

Investment Potential

Low; simulants generally do not appreciate in value

Similar Diamonds

CZ, Forever One Moissanite, or Asha Simulants

Setting Suggestions

Classic 4-prong solitaire in Platinum or White Gold to emphasize the cool tones

Care & Maintenance

Clean with warm soapy water and a soft brush; avoid harsh chemicals to maintain surface luster

Interesting Facts

The cut used here is designed to maximize 'fire' which is why the stone shows more rainbow colors than a standard natural diamond

Identified on 6/19/2026