Natural

Natural · Rough crystal (unfaceted, irregular fragment)

Not applicable (Rough state) Cut

Natural - Rough crystal (unfaceted, irregular fragment)

Carat

Estimated 1.5 to 2.5 carats

Color

Fancy Deep Red-Orange (Natural Color)

Clarity

Included (I1/SI2 equivalent)

Shape

Rough crystal (unfaceted, irregular fragment)

Overall Assessment

An interesting and rare raw colored diamond or heavy mineral specimen exhibiting strong back-lit red-orange coloration and distinct natural inclusions, suitable primarily for mineral collectors or bespoke organic jewelry.

Cut Quality

Not applicable (Rough state)

Brilliance

Low due to opaque/translucent rough nature and lack of facets

Fire

Limited dispersion visible internally through strong back-lighting

Scintillation

Minimal to none due to lack of facets and symmetry

Proportions

Natural rough proportions, varying thickness

Symmetry

Natural asymmetric crystal growth

Polish

Raw/Unpolished surface texture

Fluorescence

None to Faint

Inclusions

Prominent dark linear fractures and internal feather inclusions

Blemishes

Natural surface striations, growth lines, and minor pitting

Origin

Natural rough mineral deposit (Alluvial or primary kimberlite/lamproite indicator)

Treatment Detection

No obvious signs of artificial treatment or coating; appears entirely natural

Estimated Value

Varies widely based on exact mineral composition, approximately $100 - $500 as a collector specimen

Certification Estimate

GIA Colored Diamond Report (Natural origin confirmation)

Investment Potential

Low for resale, moderate as a unique educational mineral specimen or collector piece

Similar Diamonds

Natural colored rough diamond specimens, fancy dark orange-red alluvial rough

Setting Suggestions

Wire-wrapped pendant, custom organic bezel, or raw specimen mount in yellow gold or platinum

Care & Maintenance

Store separately from harder gemstones to prevent scratching; clean with mild soapy water and a soft brush

Interesting Facts

Natural red and orange colored diamonds are among the rarest in the world, usually colored by structural lattice deformations rather than trace elements like nitrogen or boron

Identified on 9/1/2026