Natural
Natural · Rough / Uncut Crystalline Octahedron
N/A (Rough gemstone, untreated crystal form) Cut
Carat
Estimated 1.50 - 2.00 carats
Color
Colorless to Near-Colorless (G-H range)
Clarity
Included (I1 range due to prominent feather and cloud inclusions)
Shape
Rough / Uncut Crystalline Octahedron
Overall Assessment
An interesting and genuine natural rough diamond crystal displaying characteristic internal growth structures and inclusions, offering potential for custom cutting or unique organic jewelry design.
Cut Quality
N/A (Rough gemstone, untreated crystal form)
Brilliance
Limited in current rough state; highly reflective surface planes
Fire
Minimal visible fire due to un-faceted natural state
Scintillation
Reflective flashes from natural crystal faces rather than internal facet return
Proportions
Natural uncut proportions; typical deep rough morphology
Symmetry
Natural crystalline symmetry (distorted octahedron)
Polish
Natural rough crystal faces (octahedral faces showing growth features/trigons)
Fluorescence
Faint to Medium Blue (typical for many natural rough diamonds)
Inclusions
Prominent internal feathers, cloud formations, and included crystals visible under magnification
Blemishes
Natural surface pitting, rough skin, and possible minor natural abrasions
Origin
Likely African or Canadian natural diamond source
Treatment Detection
No signs of artificial treatment; completely untreated natural rough stone
Estimated Value
$1,000 - $3,000 USD depending on cutting potential and final yield
Certification Estimate
GIA or IGI (would certify as Natural Diamond, Rough/Uncut)
Investment Potential
Moderate, primarily valued as a collectible specimen or custom cutter rough
Similar Diamonds
Comparable natural rough diamond crystals of industrial or low-jewelry grade clarity
Setting Suggestions
Can be set in a raw, organic, rustic-style bezel setting using 18k yellow gold or platinum
Care & Maintenance
Clean with mild soap, warm water, and a soft brush; store separately from harder gemstones
Interesting Facts
The image shows a micro-photograph highlighting internal inclusion patterns resembling natural growth structures within the diamond matrix