Natural (Rough Crystal / Fragment)

Natural (Rough Crystal / Fragment) · Uncut / Raw Irregular Fragment

Not Applicable (Uncut Rough Fragment) Cut

Natural (Rough Crystal / Fragment) - Uncut / Raw Irregular Fragment

Carat

Estimated 0.85 ct (rough)

Color

Near Colorless (Estimated G-I)

Clarity

Included (Estimated SI2-I1 for rough state)

Shape

Uncut / Raw Irregular Fragment

Overall Assessment

This is a natural, unpolished diamond rough fragment showing native crystal textures and fracture planes, offering potential for future lapidary cutting or collector display.

Cut Quality

Not Applicable (Uncut Rough Fragment)

Brilliance

Low due to lack of faceting and natural rough surface

Fire

Minimal due to uncut, unpolished state

Scintillation

Absent due to lack of standard faceting

Proportions

Natural uncut crystal proportions

Symmetry

Natural Asymmetric Crystal Form

Polish

Natural Rough Surface (Unpolished)

Fluorescence

Indeterminate from visual assessment

Inclusions

Internal fractures, feather inclusions, and mineral inclusions visible

Blemishes

Natural surface striations, trigons, and rough fracture edges

Origin

Alluvial or primary kimberlite deposit origin

Treatment Detection

No signs of artificial treatment; appears completely untreated natural rough

Estimated Value

Varies widely based on raw carat weight and cutting yield potential (approx. $100 - $300 USD as rough specimen)

Certification Estimate

Requires GIA or local gemological lab identification report for rough stones

Investment Potential

Low as-is, higher potential if skillfully cut and polished into a finished gemstone

Similar Diamonds

Comparable natural rough diamond specimens and industrial-grade or lower-clarity jewelry rough

Setting Suggestions

Best suited for raw diamond jewelry settings, cage settings, or customized lapidary cutting

Care & Maintenance

Store separately to prevent scratching other items; handle with care due to natural cleavage planes

Interesting Facts

Rough diamonds straight from the earth often feature natural growth markings called trigons on their faces

Identified on 8/24/2026