Sterling Silver Amethyst & Diamond Pendant
$ 46.83
- Genuine oval amethyst, 6 x 4 mm, heat-treated
- 4 genuine diamonds, prong set, 0.012 ctw
- Sterling silver with rhodium plating, polished filigree finish
- Pendant measures 20 mm x 12 mm
- Chain sold separately
- Free Shipping
- 30-Day Free Returns
- 1-Year Free Resizing
- Family-Owned Since 2008
Specifications
| Metal | Sterling Silver |
|---|---|
| Purity | 925 |
| Metal weight (approx.) | 1.13 g |
| Dimensions | 20 x 12 mm |
| Stone type | Natural Amethyst; Natural Diamond |
| Stones | Oval Amethyst 6 x 4 mm; Round Diamond 0.8 mm (4) |
| Texture | Filigree |
| Finish | Polished |
| Construction | Solid |
Specifications are for the item selected above. Metal weights are approximate and vary slightly from piece to piece.
Description
This Sterling Silver Rhodium-plated Amethyst and Diamond Pendant pairs a genuine oval amethyst center stone with sparkling round diamond accents in a polished filigree setting. It's a lovely everyday piece or thoughtful gift for an amethyst lover, and the pendant is sold separately chain sold separately.
Details
- Metal: Sterling silver with rhodium plating, polished finish
- Center stone: Genuine natural amethyst, oval, 6 x 4 mm, heat-treated
- Accent stones: 4 genuine natural diamonds, prong set, 0.012 ctw
- Pendant dimensions: 20 mm length x 12 mm width
- Texture: Filigree, open back, chain slide
- Manufacturing: Casted, solid construction
Approx. metal weight: 1.13 g
Common Questions
Is a chain included with this pendant?
No, this pendant is sold separately and does not include a chain.
Are the gemstones real?
Yes, this pendant features a genuine natural amethyst (heat-treated) and genuine natural diamonds.
What metal is this pendant made from?
It's crafted in sterling silver with rhodium plating for a bright, polished finish.
How big is the pendant?
The pendant measures 20 mm in length and 12 mm in width, with a 6 x 4 mm oval amethyst center stone.
What is the total carat weight of the diamonds?
The diamonds have a total weight of 0.012 ctw.
