CLARITAS DUALITÉ, OVAL-CUT LAB DIAMOND

Split Shank, Oval Crushed Ice-Cut Lab Diamond, Four-Claw ½ Hidden Halo Setting

A 2.5-carat oval crushed ice diamond above a split shank — the dispersed light of the stone meets the open architecture of the band.

This ring features a 2.50-carat oval crushed ice-cut laboratory-grown diamond, D colour and VVS1 clarity, held in four claws with a 1.40:1 length-to-width ratio. The crushed ice faceting produces a dispersed, scintillating light return — small, intense reflections across the stone's face — that sits in deliberate contrast to the open, airy structure of the setting.

A half hidden halo of micro-set round diamonds encircles the base of the oval, covering the lower half of the stone's perimeter. Below the centre stone, the band splits into two shanks that open outward before joining at the back of the ring. This split shank construction draws the eye toward the centre stone while providing visual width at the top of the ring without additional stones in the shoulders.

Optically, chemically, and physically identical to mined diamonds, every stone is selected for its exceptional colour and clarity — not as an alternative, but as a deliberate choice.

Part of the Claritas Collection — Heritage & Co.'s lab diamond line, where every stone is selected for exceptional colour and clarity. Each piece is crafted to order in 18-karat yellow gold and finished with the highest standard of precision.

Details

Collection: Claritas

Centre Stone: Oval crushed ice-cut lab diamond

Carat Weight: 2.50ct (D colour, VVS1 clarity)

Setting: Four-claw solitaire with ½ hidden halo and split shank band

Band Width: 2.0mm

Band Thickness: 1.60mm

Metal: 18k yellow gold

Stone Origin: Laboratory-grown

Care

18-karat yellow gold delivers the richest warm tone and is well suited for daily wear. With routine care, the ring will maintain its lustre, form, and finish over time.

Availability

This ring is made to order. Please allow approximately five to six weeks for production prior to dispatch.