Lab Created Blue Opal 925 Sterling Silver Starfish Circle Pendant Necklace 19.5”

Description

View Lab Created Blue Opal 925 Sterling Silver Starfish Circle Pendant Necklace 19.5” with current marketplace pricing, condition, product images and item details. Lab Created sparkly glittery Blue Opal 925 Sterling Silver Starfish Circle Pendant Necklace is a beautifully handcrafted piece of jewelry with a unique starfish design and a round pendant shape. The necklace features a spring ring closure and a 19.5" cable chain. Lab Created sparkly glittery Blue Opal 925 Sterling Silver Starfish Circle Pendant Necklace is a beautifully handcrafted piece of jewelry with a unique starfish design and a round pendant shape. The necklace features a spring ring closure and a 19.5" cable chain. The main stone, a lab-created blue opal, adds a touch of beauty and elegance to this piece, making it perfect for various occasions such as Mother's Day, birthdays, anniversaries, and more. The necklace is handmade in Italy and is a perfect choice for those who appreciate beautiful and meaningful jewelry. Marked 925 on pendant and 925 Italy on chain New without tags; never worn (left over inventory from closed jewelry store) **I add my own tags to my items to ensure they are not used/worn and then returned No returns Condition: New without tags. Category: Jewelry & Watches › Fashion Jewelry › Necklaces & Pendants. Brand: Unbranded.

Pendant Shape

Round

Antique

No

Closure

Spring Ring

Occasion

Valentine's Day, Birthday, Anniversary, Christening, Confirmation/Communion, Father's Day, Graduation, Mother's Day

Main Stone Color

Blue

Metal

Silver

Necklace Length

19.5”

Main Stone

Opal

Vintage

No

Personalize

No

Main Stone Treatment

Unknown

Style

Pendant

Handmade

Yes

Chain Type

Cable

Main Stone Creation

Lab-Created

Seller Warranty

No

Signed

No

Color

Blue

Materials sourced from

Italy

Brand

Unbranded

Type

Necklace

Era

Undated

Customized

No

Theme

Sea Life, Beauty, Beach

Country of Origin

Italy

Wholesale

No