Natural Diamond

Natural Diamond · Round Brilliant

Very Good to Excellent Cut

Natural Diamond - Round Brilliant

Carat

Estimated 0.75 to 1.00 carat

Color

Estimated G-H (Near Colorless)

Clarity

Estimated VS1-VS2 (Very Slightly Included)

Shape

Round Brilliant

Overall Assessment

A beautiful, high-quality natural round brilliant diamond securely mounted in a polished yellow gold bezel pendant, offering both elegance and everyday durability.

Cut Quality

Very Good to Excellent

Brilliance

High white light return, exceptionally bright under direct lighting

Fire

Good dispersion of spectral colors typical of well-cut round brilliant diamonds

Scintillation

Strong sparkle with balanced pattern of light and dark areas as it moves

Proportions

Standard standard round brilliant proportions with average table percentage and good pavilion depth

Symmetry

Good to Very Good

Polish

Good

Fluorescence

None to Faint

Inclusions

Minor pinpoints or small crystals visible under high magnification, clean to the naked eye

Blemishes

Minimal surface wear on the bezel setting edge, diamond itself appears clean

Origin

Natural mined diamond, likely from traditional sources such as Canada, Russia, or South Africa

Treatment Detection

No obvious signs of enhancements or treatments detected visually

Estimated Value

$3,500 - $6,000 USD depending on exact carat weight and certified grading

Certification Estimate

Likely GIA or IGI grade of G color, VS2 clarity

Investment Potential

Moderate, stable value retention typical of classic round diamond jewelry

Similar Diamonds

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

Setting Suggestions

Bezel-set in yellow gold as shown, which provides a modern, sleek look and securely protects the girdle

Care & Maintenance

Clean regularly with warm soapy water and a soft brush; professional check of the bezel setting is recommended annually

Interesting Facts

The bezel setting not only offers a contemporary aesthetic but also provides superior protection against chipping compared to prong settings

Identified on 9/5/2026