Wild About Flowers Cherry Blossom Sprig Necklace Silver
- Handmade in the UK
- Free Delivery Available
- Recycled Materials
Beautiful, floral, and feminine, this sterling silver cherry blossom necklace from our Wild About Flowers Collection has a natural look as if formed by nature itself. Each delicate flower has been lovingly handmade from 925 Sterling Silver.
Cherry blossom has long been symbolic of celebrations and life cycles in Japanese culture. Our designers have translated this symbol of spring into a delicate Cherry Blossom Sprig Set, perfect as a gift for a loved one, family member or friend.
Wear this sterling silver necklace alone, or team up with earrings and a bracelet for the complete look.
All Blackbird jewellery is designed and handmade from the finest 925 Sterling silver in the UK. Please note as each charm is handmade, the detailing on the charm may vary.
Product Details:
- Handmade in the UK
- Material: 925 Sterling Silver
- Chain Length: 43cm/17ins
- Charm Dimensions: H:2.3cm x W: 1cm
- Charm Weight: 0.6g
- Low stock - 10 items left
- Backordered, shipping soon
- 925 Sterling Silver
UK SHIPPING
- FREE delivery on orders over £50.
- Dispatched with Royal Mail Tracked 48.
- Click & Collect is available from our South London boutique.
INTERNATIONAL SHIPPING
- Shipped via Royal Mail International Tracked.
- Delivery costs range from £16.99 - £19.99.
- Enter your details at checkout to confirm the exact cost.
CHRISTMAS DELIVERY CUT-OFFS
UK Deliveries:
- Standard delivery: Order by 20th December, 1 PM for Christmas delivery.
- For last-minute shoppers, please upgrade to Track24 service available on 19th and 20th December. Orders placed after these dates will include a note that delivery may arrive after Christmas.
International Deliveries:
- Order by 13th December to ensure delivery in time for Christmas.
For our full shipping policy and further updates, please click here.
We sell a wide selection of jewellery so please refer to our full jewellery care guide on how to keep your jewellery in the best condition.