Natural (Rough Crystal)

Natural (Rough Crystal) · Rough Crystal (Uncut Octahedral / Fragment)

Not Applicable (Uncut Rough) Cut

Natural (Rough Crystal) - Rough Crystal (Uncut Octahedral / Fragment)

Carat

Estimated 1.5 - 2.5 carats

Color

Near Colorless (Estimated G-H)

Clarity

Included (Estimated SI2-I1 due to internal feathers and inclusions)

Shape

Rough Crystal (Uncut Octahedral / Fragment)

Overall Assessment

An interesting and authentic natural rough diamond crystal, showcasing raw geological features, suitable either as a collector's mineral specimen or for custom lapidary cutting.

Cut Quality

Not Applicable (Uncut Rough)

Brilliance

Low to moderate due to rough, unpolished surfaces

Fire

Limited dispersion visible through raw crystal faces

Scintillation

Minimal sparkle; primarily internal light reflection

Proportions

Natural rough proportions, elongated crystal form

Symmetry

Natural Crystal Symmetry (Distorted Octahedral habit)

Polish

Natural Unpolished Crystal Faces (Trigons and striations visible)

Fluorescence

Indeterminate (Requires UV light testing)

Inclusions

Internal feathers, cloudiness, and crystal stress fractures visible

Blemishes

Natural surface etch channels, growth lines, and abrasions

Origin

Natural alluvial or primary kimberlite pipe deposit

Treatment Detection

No treatments detected (typical untreated rough crystal)

Estimated Value

$500 - $1,500 depending on cutting yield and final polished quality

Certification Estimate

GIA or IGI (would be certified as a rough or cut diamond post-processing)

Investment Potential

Moderate; value depends heavily on the cutter's skill to maximize yield and clarity upon faceting

Similar Diamonds

Other natural rough diamond crystals of similar size and clarity grade

Setting Suggestions

Best suited for custom artisan raw-stone jewelry, bezel settings, or cutting into a faceted gem

Care & Maintenance

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

Interesting Facts

Rough diamonds retain their natural geological history, often featuring growth marks like trigons formed deep within the Earth's mantle

Identified on 8/24/2026