





Glacial Drift – Lake Superior Float Copper
Unearthed from the legendary Lake Superior Copper District, this sculptural float-copper specimen tells a story written by Ice Age glaciers. As the ancient ice sheets advanced, they sheared massive native-copper fragments from bedrock and carried them great distances—leaving behind uniquely smoothed forms like this one. The piece showcases a striking contrast of burnished copper and natural green patina, mounted on a minimalist black steel stand for gallery-ready display. Measuring 12.5" W × 3" D × 7.5" H, it’s a rare mineral accent that appeals to Texas collectors, interior designers, and lovers of organic modern décor seeking a conversation-starting focal point.
Unearthed from the legendary Lake Superior Copper District, this sculptural float-copper specimen tells a story written by Ice Age glaciers. As the ancient ice sheets advanced, they sheared massive native-copper fragments from bedrock and carried them great distances—leaving behind uniquely smoothed forms like this one. The piece showcases a striking contrast of burnished copper and natural green patina, mounted on a minimalist black steel stand for gallery-ready display. Measuring 12.5" W × 3" D × 7.5" H, it’s a rare mineral accent that appeals to Texas collectors, interior designers, and lovers of organic modern décor seeking a conversation-starting focal point.
Unearthed from the legendary Lake Superior Copper District, this sculptural float-copper specimen tells a story written by Ice Age glaciers. As the ancient ice sheets advanced, they sheared massive native-copper fragments from bedrock and carried them great distances—leaving behind uniquely smoothed forms like this one. The piece showcases a striking contrast of burnished copper and natural green patina, mounted on a minimalist black steel stand for gallery-ready display. Measuring 12.5" W × 3" D × 7.5" H, it’s a rare mineral accent that appeals to Texas collectors, interior designers, and lovers of organic modern décor seeking a conversation-starting focal point.