The image shows a raw or roughly cut crystalline mineral fragment, appearing glassy or quartz-like, but lacks the specific structural habits, cleavage planes, or optical features characteristic of a natural or lab-grown diamond. It is likely a quartz or synthetic crystal block.

The image shows a raw or roughly cut crystalline mineral fragment, appearing glassy or quartz-like, but lacks the specific structural habits, cleavage planes, or optical features characteristic of a natural or lab-grown diamond. It is likely a quartz or synthetic crystal block. · Irregular / Rough block fragment with flat sawn or fractured faces.

Not applicable; this is an unpolished, rough block or slab. Cut

The image shows a raw or roughly cut crystalline mineral fragment, appearing glassy or quartz-like, but lacks the specific structural habits, cleavage planes, or optical features characteristic of a natural or lab-grown diamond. It is likely a quartz or synthetic crystal block. - Irregular / Rough block fragment with flat sawn or fractured faces.

Carat

Difficult to estimate accurately from a close-up macro image, but the visible section is substantial, roughly equivalent to several hundred carats if the whole piece is intact, though it is not a gem-quality diamond.

Color

Colorless to slightly grayish or tinted white in the visible transparent sections.

Clarity

Included / Heavily fractured with internal fissures and surface textures.

Shape

Irregular / Rough block fragment with flat sawn or fractured faces.

Overall Assessment

The specimen depicted in the image is a raw, rough crystalline block or mineral slab—likely quartz or a similar silicate—rather than a diamond. It features significant internal fracturing and unpolished surfaces, making it unsuitable for standard diamond evaluation and grading.

Cut Quality

Not applicable; this is an unpolished, rough block or slab.

Brilliance

Minimal, due to the rough and fractured nature of the material preventing proper light return.

Fire

Absent, as the material lacks the high refractive index and dispersion of a diamond.

Scintillation

Poor to non-existent due to lack of faceted symmetry.

Proportions

Non-standard rough block, lacking traditional diamond pavilion/crown proportions.

Symmetry

Poor / Irregular natural or fractured crystal growth.

Polish

Rough / Unpolished surfaces with visible sawing marks or fracture textures.

Fluorescence

Unknown without UV testing, though typical silicate materials may show faint or no fluorescence.

Inclusions

Heavy internal fracturing, veil-like inclusions, and fissures typical of rough quartz or raw mineral specimens.

Blemishes

Rough surface texture, chips, and uneven fracture planes.

Origin

Likely mined mineral specimen (such as quartz) or industrial synthetic block.

Treatment Detection

No obvious gemstone treatments detected; appears to be in its raw, unaltered state.

Estimated Value

Minimal gem value, priced strictly as a raw mineral specimen rather than a gemstone.

Certification Estimate

Would not be certified by major diamond grading laboratories (GIA, AGS, IGI) as a diamond.

Investment Potential

Low investment potential for jewelry or gem trading; strictly of interest to mineral collectors.

Similar Diamonds

None, as this material is not a diamond.

Setting Suggestions

Not suitable for standard jewelry settings unless specifically wire-wrapped or carved as an ornamental specimen.

Care & Maintenance

Standard mineral specimen care: avoid harsh impacts to prevent further fracturing along cleavage or fracture planes.

Interesting Facts

Raw mineral blocks often display natural growth lines and fracture patterns that tell the geological history of the crystal formation.

Identified on 8/18/2026
The image shows a raw or roughly cut crystalline mineral fragment, appearing glassy or quartz-like, but lacks the specific structural habits, cleavage planes, or optical features characteristic of a natural or lab-grown diamond. It is likely a quartz or synthetic crystal block. Irregular / Rough block fragment with flat sawn or fractured faces. | Diamond Identifier