Goosebumps Rondel in Sterling Silver
- Details
- Sizing
- Brand Info
- Good Art HLYWD Rondels are designed as a subtle addition of personality for any bracelet or necklace. Designed to fit perfectly on Good Art's Ball Chain accessories, the rondels are cast entirely in .925 silver and finished and polished to perfection in their Los Angeles Foundry.
- Goosebumps patterned design
- .925 Sterling Silver
- Made at the Good Art HLYWD Foundry in Los Angeles, CA
- Chain sold separately
- Designed to fit on Good Art's Size A and AA Ball Chain. Opening width: 5mm.
-
Driven by the ethos of "the joy of luxury is an experience to relish", Good Art HLYWD produces fine jewelry in classic American styles. Using only the highest quality materials and produced entirely in their Foundry in Los Angeles, Good Art sets a bar for aesthetic and beauty that few brands can ever hope to replicate. In founder Josh Warner's words: "Just as a work of art can uplift the spirit, so too can an everyday object bring joy well beyond its function".
Original: $99.00
-70%$99.00
$29.70
Description
- Details
- Sizing
- Brand Info
- Good Art HLYWD Rondels are designed as a subtle addition of personality for any bracelet or necklace. Designed to fit perfectly on Good Art's Ball Chain accessories, the rondels are cast entirely in .925 silver and finished and polished to perfection in their Los Angeles Foundry.
- Goosebumps patterned design
- .925 Sterling Silver
- Made at the Good Art HLYWD Foundry in Los Angeles, CA
- Chain sold separately
- Designed to fit on Good Art's Size A and AA Ball Chain. Opening width: 5mm.
-
Driven by the ethos of "the joy of luxury is an experience to relish", Good Art HLYWD produces fine jewelry in classic American styles. Using only the highest quality materials and produced entirely in their Foundry in Los Angeles, Good Art sets a bar for aesthetic and beauty that few brands can ever hope to replicate. In founder Josh Warner's words: "Just as a work of art can uplift the spirit, so too can an everyday object bring joy well beyond its function".
