Natural Diamond – 0.12 ct | Round Brilliant | Color H | VVS1

Natural Diamond – 0.12 ct | Round Brilliant | Color H | VVS1

A natural diamond in the classic round brilliant cut with precisely executed facets that create a lively play of light and balanced brilliance. With its H color, the stone displays a fine, almost colorless appearance in the upper white range. The VVS1 clarity indicates extremely minor inclusions that are very difficult to see even under 10x magnification – a quality characteristic for the highest demands.

The harmonious proportions support uniform light reflection and give the diamond a clear, radiant presence despite its subtle size.

Detailed Gemstone Description

Type: Natural Diamond

Cut: Round Brilliant

Weight: 0.12 ct

Measurements: 3.23 – 3.25 × 1.95 mm

Color: H (Fine White)

Clarity: VVS1 (Very, Very Small Inclusions)

Transparency: Transparent

Treatments: —

Origin: —

Certificate: IGI 436040058

Overall Impression: A high-quality, almost colorless diamond with excellent clarity and classic brilliant cut – ideal for delicate, elegant jewelry.

Usage & Notes

Due to its classic round shape, this diamond is perfectly suited as a center stone for delicate rings, as an accent stone in high-quality settings, or for elegant stud earrings. The bright color quality is best showcased in white gold or platinum.

For cleaning, warm soapy water and a soft brush are recommended. Ultrasonic cleaning is generally possible for untreated diamonds.

The color may vary in different lighting conditions.

The gemstone is delivered in its original sealed blister and comes from a licensed source. This guarantees verified authenticity and traceable, transparent origin. For reasons of integrity and quality assurance, the stone is exclusively photographed in its blister. The secure seal protects the stone and emphasizes its high-quality nature.

The blister images shown are for uniform presentation and have been optimized for shop display (e.g., background and cropping). The gemstone depicted and all information correspond to the actual original.

IGI 436040058