25% OFF* SITEWIDE with code SPRING25 | SHOP NOW
Free shipping on orders $50+ | Learn More
Styles for Sunday (or any day!) | SHOP NOW
Free Shipping on $50+
& free returns on ALL orders
Item #: 20094086
Clearance
014 Gauge Lab-Created Cubic Zirconia and Crystal Flower Dangle Belly Button Ring in Solid Stainless Steel and Brass
Discounted price
$3.98
Original price
$25.00
Protect your jewelry with a hassle-free-replacement if it breaks during normal wear and tear in the first year.
Have a question about 014 Gauge Lab-Created Cubic Zirconia and Crystal Flower Dangle Belly Button Ring in Solid Stainless Steel and Brass?
Need help with this 014 Gauge Lab-Created Cubic Zirconia and Crystal Flower Dangle Belly Button Ring in Solid Stainless Steel and Brass?
This 014 Gauge lab-created cubic zirconia flower dangle belly button ring in stainless steel and brass features a 7mm crystal.
Item #:
20094086
Content & Care
Typographic errors are subject to correction. Merchandise enlarged to show detail and may not always be exactly as pictured. Promotions, prices, styles and availability may vary by store and online.
Typographic errors are subject to correction. Merchandise enlarged to show detail and may not always be exactly as pictured.
Stone(s) | |
---|---|
Stone Type
|
Cubic Zirconia |
Stone Color | White |
Stone Shape
|
Round |
Stone Size | 4.0-7.0mm |
Stone 2 Type | Crystal |
Stone 2 Color | White |
Stone 2 Shape | Round |
Stone 2 Size | 1.5-1.6mm |
Stone 2 Class | Created |
Stone Setting | 4-Prong |
Metal(s) | |
---|---|
Metal Type
|
Stainless Steel |
Metal Color | White |
Rhodium | Yes |
Metal 2 Type | Brass |
Metal 2 Color | White |
Body Jewelry | |
---|---|
Body Jewelry Style | Belly Button Ring |
Product Attributes | |
---|---|
Gauge | 014 Gauge |
Shipping
Ship to you, to your store, or to a UPS Access Point near you. Free shipping offer may be modified or terminated at any time without notice. Learn More
Returns & Exchanges
Your online purchase may be returned to any of our stores or returned by mail to our distribution center.