0.12ct emerald spikes earrings with black rhodium

from £920.00

Hand-crafted from recycled 18ct yellow gold, this pair is adorned by a removable set of round emeralds, weighing 0.12 carats each. The emerald setting, covered by a layer of black rhodium, emphasises the deep green of the emeralds.

Ideal for layering, our best-selling spikes earrings is a versatile, impactful and easy to wear design, catching the light beautifully, taking you from day to night..

All parts are made in-house, with every single one of the individual spikes hammered by hand, making them truly unique.

10 mm Creole

Sold individually, or as a pair.
Price for the pair

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Hand-crafted from recycled 18ct yellow gold, this pair is adorned by a removable set of round emeralds, weighing 0.12 carats each. The emerald setting, covered by a layer of black rhodium, emphasises the deep green of the emeralds.

Ideal for layering, our best-selling spikes earrings is a versatile, impactful and easy to wear design, catching the light beautifully, taking you from day to night..

All parts are made in-house, with every single one of the individual spikes hammered by hand, making them truly unique.

10 mm Creole

Sold individually, or as a pair.
Price for the pair

Hand-crafted from recycled 18ct yellow gold, this pair is adorned by a removable set of round emeralds, weighing 0.12 carats each. The emerald setting, covered by a layer of black rhodium, emphasises the deep green of the emeralds.

Ideal for layering, our best-selling spikes earrings is a versatile, impactful and easy to wear design, catching the light beautifully, taking you from day to night..

All parts are made in-house, with every single one of the individual spikes hammered by hand, making them truly unique.

10 mm Creole

Sold individually, or as a pair.
Price for the pair

Materials:
Metal: 18ct yellow gold
Gemstone: Round emeralds, 0.12ct

Length: 2.5cm

The process:
This pair of earrings has been exclusively made by hand. Each spike is being formed by forging tiny granules created with very high temperature, and therefore differ.