Nayab Emerald Green Ruby Crystal Halo Ring

Make every gesture a statement with the Nayab Emerald Green Ruby Crystal Halo Ring — a brilliantly structured piece that uses the classic halo setting to amplify the depth of South Asian gemstone colour to its most dazzling effect. Nayab in Urdu means rare and incomparable — and this ring earns that name in every detail.

At the heart of this ring sits a rich emerald-green oval centre stone, its cool, deep colour made dramatically more vivid by the ring of light that surrounds it. That ring is a champagne crystal halo — a closely set circuit of warm, golden-toned crystals that encircle the emerald entirely, amplifying its perceived size and intensifying its colour contrast with a soft, luminous glow. Beyond the halo, a ruby-pink border of accent stones adds a third concentric layer of colour — warm blush against cool green, separated by the champagne shimmer of the halo between them. The result is a ring that reads like three rings in one: a study in concentric colour, light, and contrast that is as architectural as it is beautiful. The round antique gold-tone setting grounds all three layers in a warm, heritage-quality metalwork frame.

Colour: Emerald Green / Champagne / Ruby Pink
Style: Halo statement ring with concentric colour layers
Finish: Antique gold-tone with emerald-green oval centre, champagne crystal halo and ruby-pink border detailing

Sizing: Finished in standard Ring Size M (UK/AU).

• Rich emerald-green oval centre stone — deep, cool, and dramatically vivid
• Champagne crystal halo — amplifies the centre stone’s size, colour and brilliance
• Ruby-pink border detailing — a warm blush outer layer in concentric contrast
• Round antique gold-tone setting — warm heritage-quality frame for all three layers
• Lightweight and comfortable for extended wear

Perfect for brides, bridal parties, and anyone seeking a brilliantly structured, light-amplifying statement accessory for formal events and festive celebrations. Please refer to the product images for the exact design.