Natural diamond rough / specimen

Natural diamond rough / specimen · Irregular crystalline form / uncut octahedral or rounded rough

Not Applicable (Uncut rough stone) Cut

Natural diamond rough / specimen - Irregular crystalline form / uncut octahedral or rounded rough

Carat

Estimated 0.50 - 1.00 carats

Color

K-M (Off-white / tinted)

Clarity

I2 - I3 (Heavy inclusions and surface flaws)

Shape

Irregular crystalline form / uncut octahedral or rounded rough

Overall Assessment

An interesting raw, uncut natural diamond specimen showcasing native crystallization, though low in gemological clarity and brilliance, making it ideal for collection or rustic jewelry designs.

Cut Quality

Not Applicable (Uncut rough stone)

Brilliance

Low due to lack of facets and frosted surface

Fire

Minimal to none in current rough state

Scintillation

Absent due to absence of faceted surfaces

Proportions

Natural formation, non-standardized

Symmetry

Natural asymmetrical rough formation

Polish

Natural unpolished crystal face / frosted exterior

Fluorescence

Indeterminate from visual assessment

Inclusions

Large dark mineral inclusions and internal fractures visible near the edge

Blemishes

Natural surface pitting, trigons, and irregular growth markings

Origin

Natural alluvial or primary pipe deposit origin

Treatment Detection

No treatments detected; completely untreated natural rough

Estimated Value

Low commercial or specimen value ($50 - $150 USD)

Certification Estimate

Basic gemological report confirming natural rough diamond

Investment Potential

Minimal investment value, sold primarily as a curiosity or raw specimen

Similar Diamonds

Industrial grade or low-quality gem rough specimens

Setting Suggestions

Wire-wrapped pendant or rustic raw-stone bezel setting in yellow or white gold

Care & Maintenance

Store separately to prevent scratching other jewelry; clean with mild soapy water and a soft brush

Interesting Facts

This specimen displays the natural frosted outer skin typical of many diamonds recovered directly from kimberlite or alluvial deposits

Identified on 9/3/2026