Indeterminate (Likely Simulant or Small Natural Diamond)

Indeterminate (Likely Simulant or Small Natural Diamond) · Round Brilliant

Fair to Good (Visual analysis of facet alignment) Cut

Indeterminate (Likely Simulant or Small Natural Diamond) - Round Brilliant

Carat

Estimated 0.15 - 0.25 carats

Color

Estimated G-I (Near Colorless range)

Clarity

Estimated SI1-I1 (Visible inclusions near the table center)

Shape

Round Brilliant

Overall Assessment

A small round brilliant stone with visible internal characteristics. Professional testing with a thermal/electrical conductivity probe is required to distinguish from simulants like Moissanite or CZ.

Cut Quality

Fair to Good (Visual analysis of facet alignment)

Brilliance

Moderate brightness, slightly muted by lighting conditions

Fire

Low spectral dispersion visible in current low-light setting

Scintillation

Standard contrast pattern for a round brilliant cut

Proportions

Table appears slightly large; crown height seems standard for commercial cuts

Symmetry

Good

Polish

Good

Fluorescence

Indeterminate under current lighting

Inclusions

Cloud-like clusters and potential crystals visible under zoom

Blemishes

Minor surface scratches consistent with handling

Origin

Likely commercial jewelry grade; origin cannot be determined via photo

Treatment Detection

No obvious signs of laser drilling or fracture filling visible in low resolution

Estimated Value

$50 - $150 USD (depending on material verification)

Certification Estimate

Unlikely to be certified unless part of a larger lot; likely IGI if lab-grown or GIA for natural

Investment Potential

Low; common size and quality typical for retail fashion jewelry

Similar Diamonds

Standard commercial melee or small accent diamonds

Setting Suggestions

Small solitaire pendant or a side stone for a multi-stone ring

Care & Maintenance

Clean with warm soapy water and a soft brush; ensure secure mounting

Interesting Facts

The Round Brilliant cut is designed to maximize light return through 57-58 facets

Identified on 6/22/2026