Necklace Green German Baltic Amber Italian Handmade 925 Silver N112 RRP£100!!!

Original price was: £100.00.Current price is: £44.95.

Handmade Genuine Green German Baltic Amber set in 925 solid silver. This rare and beautiful Baltic Amber piece is finished in a simple and elegant sterling silver setting. London Assay Office Hallmark. With your necklace you will receive original Amber Centre gift packaging.

Out of stock

SKU: N112 Categories: , , Tags: ,

Description

Beautiful Handcrafted 925 Silver Necklace with Green German Baltic Amber N112 RRP£100!!!

Amber contains succinic acid, a natural analgesic and healing agent. Amber will warm against your body and the succinic acid will be absorbed through your skin helping with pain relief. Used for centuries, Baltic Amber has been used for a variety of ailments from teething pain to arthritis.

This elegantly designed silver necklace is of gorgeous regal design. The simple design combined with the shades of green baltic amber highlight the true beauty of the gemstone. Each piece of amber is of the finest quality and has not been pressed. This necklace comes in our original Amber Centre packaging, making it an ideal gift.

Further Details

  • Amber pieces are perfectly complemented by its elegant silver setting.
  • Silver 925 Sterling Silver
  • Suitable for any occasion.
  • Includes original Amber Centre Packaging.
  • Measurement of the amber stone: 7mm x 5mm x 3mm
  • Length of the necklace: 42cm/16.5″
  • Weight is approx.: 7.5 grams
  • London Assay Office Hallmark

Delivery

This is send 2nd class recorded delivery via Royal Mail.

Returns

If you are not fully satisfied with any of our products, you are entitled to request a refund or exchange.
In the case of refunds, you will have to return the item to the Amber Centre within 14 working days of delivery.
Items must be in perfect condition and accompanied by a copy of the original packing slip.

ALL OUR PRODUCTS ARE AUTHENTIC.
WE HAVE 20 YEARS EXPERIENCE IN SELLING GENUINE AMBER JEWELLERY.

Additional information

weight

metal