Natural Diamond (Assessed visually, pending formal laboratory testing)

Natural Diamond (Assessed visually, pending formal laboratory testing) · Round Brilliant

Estimated Good to Very Good Cut

Natural Diamond (Assessed visually, pending formal laboratory testing) - Round Brilliant

Carat

Estimated approximately 0.75 - 1.00 carats

Color

Estimated near-colorless to faint yellow (G-J range)

Clarity

Estimated Slightly Included (SI1-SI2 range)

Shape

Round Brilliant

Overall Assessment

A classic, attractive single-stone ring featuring a versatile round brilliant diamond suitable for everyday wear

Cut Quality

Estimated Good to Very Good

Brilliance

Good white light return with bright facets

Fire

Moderate spectral dispersion visible under direct lighting

Scintillation

Balanced pattern of light and dark areas with lively sparkle

Proportions

Standard standard round brilliant depth and table proportions visually observed

Symmetry

Estimated Good symmetry based on visual alignment

Polish

Estimated Good polish

Fluorescence

Cannot be definitively determined from image alone, likely None to Faint

Inclusions

Potential small crystal or feather inclusions visible under magnification

Blemishes

No major external blemishes visible from this angle

Origin

Natural terrestrial origin

Treatment Detection

No obvious signs of artificial treatments visible visually

Estimated Value

$2,500 - $5,000 USD depending on exact certification grades

Certification Estimate

GIA or IGI grading likely; estimated G-J color, SI clarity

Investment Potential

Standard retail jewelry purchase; retains moderate secondary market resale value

Similar Diamonds

Standard 1-carat round brilliant diamonds with SI clarity and near-colorless grades

Setting Suggestions

Classic 4-prong or 6-prong white gold or platinum solitaire setting

Care & Maintenance

Clean regularly with warm soapy water and a soft brush; professional check annually

Interesting Facts

The round brilliant cut is engineered to maximize brilliance and fire through precise geometry

Identified on 9/3/2026