Natural (Rough Diamond Matrix / Microcrystalline cluster)
Natural (Rough Diamond Matrix / Microcrystalline cluster) · Rough Crystal / Octahedral-like and Dodecahedral micro-crystals
Uncut / Rough natural crystal form Cut
Carat
Variable aggregate weight (individual micro-crystals under 0.05 ct each)
Color
Near-colorless to light brown (H-K range)
Clarity
Included to heavily included (I1-I3 equivalent)
Shape
Rough Crystal / Octahedral-like and Dodecahedral micro-crystals
Overall Assessment
An interesting geological cluster of natural rough micro-diamonds embedded within their host matrix, highly valued by mineral collectors and suitable for rustic jewelry designs
Cut Quality
Uncut / Rough natural crystal form
Brilliance
Low due to rough, unpolished surface facets
Fire
Minimal in current rough state
Scintillation
Restricted due to rough micro-crystal formations
Proportions
Natural rough proportions, unpolished
Symmetry
Natural crystalline symmetry (cubic system)
Polish
Natural rough crystal faces (octahedral faces, trigons)
Fluorescence
Variable (typically inert to medium blue under UV)
Inclusions
Abundant mineral inclusions, carbon spots, feathers, and cloud clusters
Blemishes
Natural surface trigons, etching, and rough matrix attachments
Origin
Natural alluvial or primary kimberlite/lamproite deposit indicator
Treatment Detection
No treatments detected; completely untreated natural rough formation
Estimated Value
Specimen value determined by weight of rough material rather than cut gem retail pricing
Certification Estimate
GIA or professional gemological laboratory rough diamond certificate
Investment Potential
Collectible mineral specimen value rather than traditional polished diamond investment
Similar Diamonds
Raw diamond clusters, uncut diamond matrix specimens, industrial-grade diamond aggregates
Setting Suggestions
Display in mineral specimen mounts, custom raw diamond bezel settings, or organic jewelry designs
Care & Maintenance
Store carefully to prevent matrix degradation, clean gently with warm soapy water and soft brush
Interesting Facts
These micro-crystals showcase the natural state in which carbon crystallizes deep within the Earth's mantle before extraction and cutting