Natural Rough Diamond

Natural Rough Diamond · Rough / Uncut (Macle-like or Irregular Octahedron fragment)

N/A (Uncut rough stone) Cut

Natural Rough Diamond - Rough / Uncut (Macle-like or Irregular Octahedron fragment)

Carat

Estimated 1.5 - 3.0 carats based on finger scale

Color

Visual E-F (Colorless)

Clarity

Estimated SI1 to I1 (due to visible surface cleavage and internal growth lines)

Shape

Rough / Uncut (Macle-like or Irregular Octahedron fragment)

Overall Assessment

A high-quality piece of colorless rough diamond with promising transparency, showing characteristic growth features but requiring professional mapping to avoid internal stress planes.

Cut Quality

N/A (Uncut rough stone)

Brilliance

Low (typical for uncut rough)

Fire

Low (requires faceting for light dispersion)

Scintillation

Minimal (light reflects off external crystal faces)

Proportions

Elongated irregular crystal with visible trigons and growth steps

Symmetry

N/A (Natural crystal asymmetry)

Polish

N/A (Natural skin texture)

Fluorescence

Cannot be determined without UV light

Inclusions

Internal graining, cleavage planes, and possible mineral crystals

Blemishes

Surface trigons, percussion marks, and natural skin textures

Origin

Alluvial or Primary Source (Likely Africa or Russia)

Treatment Detection

None apparent; looks like untreated natural rough

Estimated Value

$800 - $2,500 (highly dependent on yield and final clarity after cutting)

Certification Estimate

GIA Rough Diamond Rough Analysis Report (Estimated D-F color potential)

Investment Potential

Moderate; value is unlocked once faceted and polished into a gem

Similar Diamonds

Uncut white octahedrons or rough macle diamonds

Setting Suggestions

Custom rough diamond setting, bezel-set pendant, or rustic claw ring

Care & Maintenance

Ultrasonic cleaners are risky if internal cleavages are present; use warm soapy water and soft brush

Interesting Facts

The surface shows 'trigons,' which are triangular growth marks unique to natural diamonds formed deep in the earth

Identified on 5/2/2026