Natural (Likely Quartz or Glass Imitation)

Natural (Likely Quartz or Glass Imitation) · Rough / Uncut (Slice-like fragment)

N/A (Uncut/Rough material) Cut

Natural (Likely Quartz or Glass Imitation) - Rough / Uncut (Slice-like fragment)

Carat

Estimated 2.0 - 5.0 carats based on visual scale

Color

K-M Range (Faint Yellow/Tinted)

Clarity

I3 (Included Level 3 - Heavily Included/Fractured)

Shape

Rough / Uncut (Slice-like fragment)

Overall Assessment

The specimen appears to be an industrial-grade mineral fragment or a common imitation like quartz. It lacks the refractive index, adamantine luster, and crystal habit associated with gem-quality diamonds. The heavy fracturing suggests poor structural integrity.

Cut Quality

N/A (Uncut/Rough material)

Brilliance

Very Low (Surface reflection only)

Fire

None detected

Scintillation

None

Proportions

N/A (Non-faceted)

Symmetry

Poor (Irregular rough fragment)

Polish

N/A (Natural rough surface)

Fluorescence

Indeterminable via image

Inclusions

Heavy internal fracturing, step-like growth or cleavage lines, and possible fluid inclusions

Blemishes

Deep surface pits, conchoidal fractures, and heavy abrasions

Origin

Likely secondary alluvial source or common industrial mineral deposit

Treatment Detection

None apparent; appears to be raw, unrefined material

Estimated Value

$5 - $50 (Nominal/Specimen value only)

Certification Estimate

Likely GIA Identification Report (as non-diamond mineral)

Investment Potential

None (Lacks gem-quality characteristics or structural integrity)

Similar Diamonds

Heavily included industrial 'bort' diamonds or clear raw quartz crystals

Setting Suggestions

Wire wrap or specimen display box

Care & Maintenance

Handle with care to avoid further splitting along fracture lines; clean with soft brush and warm soapy water

Interesting Facts

The step-like striations and fracture patterns seen here are more characteristic of quartz or common glass than the octahedral or dodecahedral growth patterns of natural diamond crystals

Identified on 5/8/2026