
14/20 Yellow Gold-Filled Heart Charm
This 14/20 Yellow gold filled charm features a domed heart design; the back is hollow. Add it to a bracelet or anklet. It also offers high contrast against a dark-colored design featuring black cord or oxidized sterling. The charm includes a jump ring for quick and easy attachment to your design. Gold-filled charms deliver karat gold at a more affordable cost than solid gold, allowing you to design with the touch of precious metal customers look for and to offer your designs at a price customers appreciate. Gold-filled items are made by heat- and pressure-bonding a layer of 14K (or 12K) gold to a base-metal core. The 14/20 notation refers to the ratio of karat gold to base-metal core by weight; the first figure is the karat value of the gold layer, the second is the total percentage (by weight) of precious metal contained in the item. On double-clad items, the quantity of precious metal is divided between the upper and lower surfaces of the core metal.
Original: $30.78
-70%$30.78
$9.23Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This 14/20 Yellow gold filled charm features a domed heart design; the back is hollow. Add it to a bracelet or anklet. It also offers high contrast against a dark-colored design featuring black cord or oxidized sterling. The charm includes a jump ring for quick and easy attachment to your design. Gold-filled charms deliver karat gold at a more affordable cost than solid gold, allowing you to design with the touch of precious metal customers look for and to offer your designs at a price customers appreciate. Gold-filled items are made by heat- and pressure-bonding a layer of 14K (or 12K) gold to a base-metal core. The 14/20 notation refers to the ratio of karat gold to base-metal core by weight; the first figure is the karat value of the gold layer, the second is the total percentage (by weight) of precious metal contained in the item. On double-clad items, the quantity of precious metal is divided between the upper and lower surfaces of the core metal.












