Natural rough crystal fragment (Quartz/Glass imitation visually, not a gem-quality diamond)

Natural rough crystal fragment (Quartz/Glass imitation visually, not a gem-quality diamond) · Irregular raw crystal fragment

Not applicable (Raw/uncut fragment with fracture surfaces) Cut

Natural rough crystal fragment (Quartz/Glass imitation visually, not a gem-quality diamond) - Irregular raw crystal fragment

Carat

Undetermined visual estimate

Color

Colorless to faint greyish tint

Clarity

I3 (Heavy inclusions and fractures visible)

Shape

Irregular raw crystal fragment

Overall Assessment

Visual analysis indicates this specimen is a rough mineral fragment or glass shard rather than a genuine diamond. It lacks the optical properties, crystal habit, and facet symmetry required for gemological grading.

Cut Quality

Not applicable (Raw/uncut fragment with fracture surfaces)

Brilliance

Poor due to lack of standard diamond faceting and internal fractures

Fire

Minimal dispersion observed

Scintillation

Absent

Proportions

Non-standard raw crystal shard

Symmetry

Poor/Asymmetrical

Polish

Natural rough surface with conchoidal fracture patterns

Fluorescence

Unable to determine without UV testing

Inclusions

Heavy internal fracturing, crystal inclusions, and cloudiness

Blemishes

Surface scratches, chips, and irregular fracture edges

Origin

Natural mineral specimen or glass debris

Treatment Detection

No signs of enhancement treatments; appears in a natural or raw state

Estimated Value

Minimal to zero commercial value as a gemstone

Certification Estimate

Not gradable by major gemological laboratories (GIA/AGS) as a diamond

Investment Potential

None

Similar Diamonds

None; this specimen lacks standard diamond characteristics

Setting Suggestions

Not recommended for jewelry setting due to structural weakness

Care & Maintenance

Handle with care to prevent further chipping along fracture planes

Interesting Facts

The conchoidal fracture pattern visible on the surface is characteristic of quartz or glass rather than octahedral diamond cleavage

Identified on 8/27/2026