Bling Jewelry Pear Shaped Halo Back Necklace Sarina Collection
The Sarina is a spectacular collection of bling jewelry that features a very large, pear shaped halo necklace pendant. The set includes the necklace and the back necklace attachment. A backdrop necklace is created when both pieces are worn together. You may also wear the necklace separately for other occasions where you are not wearing a backless dress. This is an amazingly brilliant bling jewelry set that will compliment any style backless dress. The simple iconic shape of this crystal is quite bold while the tiny surrounding crystals lend a softness. Wear this for the most formal of occasions such as New Year’s Eve or a fundraiser gala.
The same size pendants are used for each of the pieces in the set. They are all 1″ in total height. The 18x10mm Swarovski pear shape crystals are set in a thickly plated (to Swarovski’s strict standards) sterling silver over brass halo pendant which is nickel free. The Sarina necklace chain is 18″ in length.
The bling jewelry back necklace attachment is created with Swarovski 8mm crystals, in prong settings that are linked within the backdrop chain. The same pear shaped halo pendant hangs at the bottom. The standard single backdrop is approx. 6” but of course you can choose a longer length. (This is only made in a single strand due to weight.)
This collection is also available in black.
Additional coordinating pieces for your bling jewelry collection
The Sarina pear halo earrings hang approx 1” from lever back ear wires.
The crystal link bracelet mimics the backdrop design with 4, Swarovski crystal links between chain and a lobster clasp.
The finest quality solid sterling silver chain and ear wires are standard to prevent metal allergies. All earrings are lever back for extra security.
If you are looking for bridal jewelry and bridesmaid jewelry collections, be sure to visit my bridal website here.
I want your shopping experience to be extraordinary. Please do not hesitate to contact me directly with any design questions.