1.5 mm Round Brilliant HPHT Lab-Grown Diamond | ~0.01ct | DEF Colour | VVS Clarity | GemDrop® Verified

A precision-cut 1.5 mm Round Brilliant HPHT lab-grown diamond, weighing ~0.01 ct, with DEF colour and VVS clarity.

Lab-grown diamonds are real diamonds, composed of crystalline carbon with the same fundamental crystal structure, hardness, brilliance, and optical properties as mined diamond. The difference is their origin.

Every Gemdrop® diamond is individually scientifically verified and permanently recorded within the Gemdrop® Verification Database.

REAL DIAMOND. CREATED THROUGH SCIENCE.

This diamond was produced using High Pressure High Temperature (HPHT) crystal growth, recreating the conditions required for diamond formation.

Its Round Brilliant Cut is engineered for maximum light return, producing exceptional sparkle and scintillation despite its compact size.

IDEAL FOR PRECISION JEWELLERY

At just 1.5 mm, this diamond is ideal for:

• Pavé settings

• Micro-pavé

• Halo designs

• Accent stones

• Eternity bands

• Fine earrings

• Jewellery repairs and replacements

DEF colour provides a bright colourless to near-colourless appearance, while VVS clarity ensures an exceptionally clean visual presentation.

GEMDROP® VERIFIED

Each diamond is assigned a unique Gemdrop® ID and permanently recorded within the Gemdrop® Verification Database.

Your verification includes:

• Scientific identification

• HPHT growth disclosure

• Gem specifications

• Unique Gemdrop® ID

• Permanent online verification record

• QR code verification

• Gemdrop® Lifetime Authenticity Guarantee

DIAMOND SPECIFICATIONS

• Gem: Lab-Grown Diamond

• Composition: Carbon (C)

• Growth Method: HPHT

• Shape: Round

• Cut: Round Brilliant

• Diameter: 1.5 mm

• Weight: ~0.01 ct

• Colour: DEF

• Clarity: VVS

• Crystal System: Cubic

• Refractive Index: ~2.42

• Mohs Hardness: 10

• Verification: Gemdrop® Scientific Verification

• Guarantee: Gemdrop® Lifetime Authenticity Guarantee

Real Diamond. Precision Cut. Scientifically Verified.