These green amethyst gemstone earrings in a sterling silver setting have fabulous clarity, depth of colour and luminosity.
Amethyst was known in ancient times as a powerful protective stone and was highly prized. These solid silver and green amethyst gemstone earrings are luminous, clear and beautifully cut. They are set in a simple, elegant setting to show the stones to their full advantage.
These green amethyst earrings measure 25 mm long. The stone size is 10 mm x 10 mm. The earrings come in a ribbon-tied box with a branded polish cloth to keep them sparkling. Also available in gold vermeil or 18 carat rose gold vermeil. Matching rings available. Free UK delivery.
Next working day delivery available in the UK. Choose express shipping before 12pm.
collection | Luminous |
colour | Light Green |
dimensions | Earring length 25mm. Stone size 10mmx 10mm |
gemstone | Green Amethyst |
length | 25mm |
metal | Sterling Silver |
presentation | Ribbon-tied gift box |
Collapsible content
WHAT'S IN THE BOX?
Each piece of Lily Blanche jewellery is packed in our studio with love and care. Open the box and take a moment to savour the amazing scent. Under the tissue you will find a ribbon-tied gift box containing a velvet storage pouch. Our pouches are made for us in the USA and incorporate Intercept® technology to keep your jewellery sparkling when it is not being worn.
In the envelope with your name on it, you will find a polish cloth to keep your silver or gold jewellery clean. There is also a ring sizer. Keep it in your jewel box as it will come in handy.
If your item is a gift, you can opt to add a complimentary, ribbon-tied, luxury gift bag & a gift message at the basket stage.
Our packaging is reusable and recyclable. The care kit is designed to give your jewellery longevity.
We hope you enjoy the experience of shopping with Lily Blanche.
"Outstanding personal service. Fabulous jewellery which arrived beautifully packaged & smelt divine. It felt like I had been shopping in the most exclusive boutique in Bond Street". Olivia H.