Nomination Composable Classic Rose Gold Pink Cubic Zirconia Faceted Drop Charm
Add a delicate, feminine glow to your aesthetic with the Nomination Composable Classic Pink Cubic Zirconia Faceted Drop link, expertly fusing warm 18ct rose gold and polished stainless steel.
This romantic drop charm adds a graceful swing and stunning sparkle to your personalized Nomination Composable bracelet. Treat yourself or surprise a dear friend with this beautifully crafted, eye-catching stone piece.
- Material: Stainless Steel and 18ct Rose Gold
- Details: Faceted Pink Cubic Zirconia
- Collection: Stones
- Product Type: Bracelet Charm
Product Information
Product Information
Shipping & Returns
Shipping & Returns

Nomination Composable Classic Rose Gold Pink Cubic Zirconia Faceted Drop Charm
Nomination Composable Classic Rose Gold Pink Cubic Zirconia Faceted Drop Charm
Add a delicate, feminine glow to your aesthetic with the Nomination Composable Classic Pink Cubic Zirconia Faceted Drop link, expertly fusing warm 18ct rose gold and polished stainless steel.
This romantic drop charm adds a graceful swing and stunning sparkle to your personalized Nomination Composable bracelet. Treat yourself or surprise a dear friend with this beautifully crafted, eye-catching stone piece.
- Material: Stainless Steel and 18ct Rose Gold
- Details: Faceted Pink Cubic Zirconia
- Collection: Stones
- Product Type: Bracelet Charm
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Add a delicate, feminine glow to your aesthetic with the Nomination Composable Classic Pink Cubic Zirconia Faceted Drop link, expertly fusing warm 18ct rose gold and polished stainless steel.
This romantic drop charm adds a graceful swing and stunning sparkle to your personalized Nomination Composable bracelet. Treat yourself or surprise a dear friend with this beautifully crafted, eye-catching stone piece.
- Material: Stainless Steel and 18ct Rose Gold
- Details: Faceted Pink Cubic Zirconia
- Collection: Stones
- Product Type: Bracelet Charm







