Natural Diamond (Rough)

Natural Diamond (Rough) · Uncut / Rough Crystalline Form

Not Applicable (Rough un-faceted stone) Cut

Natural Diamond (Rough) - Uncut / Rough Crystalline Form

Carat

Estimated 2.0 to 3.0 carats

Color

Natural Fancy Red/Orange (Strong Red/Yellow Luminescence under lighting)

Clarity

Included (I1-I2 estimated due to rough natural inclusions and surface features)

Shape

Uncut / Rough Crystalline Form

Overall Assessment

A fascinating specimen of natural rough diamond exhibiting strong color and luminescence, highly prized by collectors and lapidaries alike.

Cut Quality

Not Applicable (Rough un-faceted stone)

Brilliance

Low due to rough, unpolished state

Fire

Obscured by rough surface and strong body color

Scintillation

Minimal in current rough form

Proportions

Irregular Rough Crystal Proportions

Symmetry

Natural Asymmetric Crystal Growth

Polish

Raw Natural Surface

Fluorescence

Strong to Very Strong Red

Inclusions

Natural mineral crystals, feathers, and internal graining typical of rough stones

Blemishes

Natural surface trigons, etch channels, and rough skin

Origin

Alluvial or primary kimberlite pipe origin (Africa or Australia typical for colored rough)

Treatment Detection

No signs of artificial treatment; completely natural rough stone

Estimated Value

Highly variable due to rarity of natural red/orange rough; potentially thousands of dollars per carat depending on final yield

Certification Estimate

GIA Colored Diamond Report

Investment Potential

Extremely high for rare natural colored diamonds, especially red or orange hues

Similar Diamonds

Other natural fancy colored rough diamonds, particularly type Ib nitrogen-bearing stones

Setting Suggestions

Organic bezel setting or raw-stone jewelry design to preserve natural shape

Care & Maintenance

Store separately to prevent scratching other gems; avoid harsh ultrasonic cleaners on heavily included rough

Interesting Facts

Natural red and orange diamonds are among the rarest in the world, often colored by plastic deformation of the crystal lattice or specific nitrogen defects

Identified on 9/10/2026