Natural rough diamond crystal
Natural rough diamond crystal · Uncut octahedral/irregular rough crystal
Not applicable (Rough, unpolished crystal) Cut
Carat
Estimated 3.5 to 4.5 carats
Color
Estimated near-colorless to faint yellow (approx. G-J)
Clarity
Included (approx. SI2-I1 due to surface features and internal inclusions)
Shape
Uncut octahedral/irregular rough crystal
Overall Assessment
A fascinating natural rough diamond crystal offering good potential for custom cutting or unique organic jewelry design
Cut Quality
Not applicable (Rough, unpolished crystal)
Brilliance
Low to moderate due to rough unpolished exterior
Fire
Present in localized transparent windows
Scintillation
Limited by rough surface texture
Proportions
Natural crystal habit, no traditional proportions applicable
Symmetry
Natural octahedral crystal symmetry with irregular growth faces
Polish
Natural crystal faces (trigons and striations visible)
Fluorescence
Indeterminate from visual assessment alone
Inclusions
Cloudy zones, small mineral crystals, and feather fractures visible
Blemishes
Natural surface pitting, trigons, and irregular growth lines
Origin
Likely alluvial or primary kimberlite pipe deposit (African or Canadian origin)
Treatment Detection
No treatments detected; appears completely untreated and natural
Estimated Value
Varies significantly upon cutting and polishing yield, roughly $1,500 - $3,500 USD in rough state
Certification Estimate
GIA rough diamond evaluation or similar gemological lab service
Investment Potential
Moderate to high speculative potential depending on the final cut yield and polish grade
Similar Diamonds
Other natural gem-quality rough diamond crystals of comparable size and clarity
Setting Suggestions
Can be set directly in an organic-style raw bezel setting or planned for brilliant cut faceting
Care & Maintenance
Store separately to avoid scratching other jewelry; clean gently with warm soapy water and a soft brush
Interesting Facts
Rough diamonds retain their natural geological history, showing growth markings like trigons formed millions of years ago