Bellarri Citrine Iolite Stud Earrings Yellow Gold 18k .24ctw Pierced/Non-Pierced
Bellarri
- SKU:
- LX1336
Description
Brand: Bellarri
Metal Content: 18k Yellow Gold & 18k White Gold
Stone Information
Natural Citrines
Treatment: Heating
Cut: Square Checkerboard
Color: Orange
Natural Iolites
Cut: Square Checkerboard
Color: Purple
Natural Peridot
Cut: Square Checkerboard
Color: Green
Natural Garnets
Cut: Square Checkerboard
Color: Red
Natural Tourmalines
Cut: Square Checkerboard
Color: Pink & Green
Natural Topaz
Treatment: Routinely Enhanced
Cut: Square Checkerboard
Color: Blue
Natural Diamonds
Carat(s): .24ctw
Cut: Round Brilliant
Color: G - H
Clarity: SI1 - SI2
Total Carats: .24ctw
Style: Large Cluster Stud
Fastening Type: Convertible Omega Closures
Features: The hinged posts allow this pair to be worn on pierced or non-pierced ears.
Measurements
Tall: 13/16" (20.1mm)
Wide: 13/16" (20.4mm)
Weight: 11.2 Grams
Stamps: 18k, BI, maker's mark
Condition: New without Tags
Custom Review
Shipping & Returns
Returns Policy
We offer Hassle Free 30 day returns! Feel free to buy an item and try it on, but pieces must be return in original, unworn condition.
Shipping
We ship out daily (M-F) so your item will arrive fast; check out our feedback! You can be certain that we will do everything we can to make sure your item arrives quickly.
Note for International Buyers:First class mail can take 4-8 weeks arrive. We offer faster shipping options and are also happy to quote FedEx shipping for orders over $500. Import duties, taxes and charges are not included in the item price or shipping charges. These charges are the buyer's responsibility. Please check with your country's customs office to determine what these additional costs will be prior to bidding/buying. These charges are normally collected by the delivering freight (shipping) company or when you pick the item up. Do not confuse them for additional shipping charges. We do not mark merchandise values below value or mark items as "gifts" - US and International government regulations prohibit such behavior.