Natural (Rough Mineral Specimen, likely Feldspar/Calcite rather than gem-quality diamond)

Natural (Rough Mineral Specimen, likely Feldspar/Calcite rather than gem-quality diamond) · Rough crystal / Raw uncut crystal form

Uncut / Rough (Not applicable) Cut

Natural (Rough Mineral Specimen, likely Feldspar/Calcite rather than gem-quality diamond) - Rough crystal / Raw uncut crystal form

Carat

Estimated > 10 carats based on visual size relative to fingers

Color

Off-white / Yellowish tint

Clarity

Included / Industrial grade (Not applicable standard scale)

Shape

Rough crystal / Raw uncut crystal form

Overall Assessment

This appears to be a raw mineral specimen rather than a polished gemstone diamond, showing natural cleavage and crystalline growth structures.

Cut Quality

Uncut / Rough (Not applicable)

Brilliance

Low due to lack of faceting and opaque/translucent nature

Fire

Minimal due to rough, unfaceted surface

Scintillation

Poor due to lack of polished reflective facets

Proportions

Natural crystal habits, no standard proportions

Symmetry

Natural crystal form, irregular

Polish

None (Raw surface texture)

Fluorescence

Cannot be determined visually without UV testing

Inclusions

Heavy internal fracturing, cleavage planes, and mineral impurities

Blemishes

Surface etching, natural rough texture, and growth lines

Origin

Natural geological formation

Treatment Detection

No treatments detected; completely raw and untreated

Estimated Value

Nominal mineral specimen value ($10 - $50 depending on mineral composition)

Certification Estimate

Not certifiable as a gemstone by major labs like GIA or IGI in current state

Investment Potential

Low; decorative or specimen value only

Similar Diamonds

Rough industrial diamond or unpolished mineral crystals

Setting Suggestions

Wire-wrapped rough mineral pendant or display specimen

Care & Maintenance

Handle with care to prevent chipping along natural cleavage planes; avoid harsh chemicals

Interesting Facts

Raw crystals show the natural habit of mineral growth before human intervention and cutting

Identified on 10/2/2026