Native Copper Teardrop Pendant Necklace

This native copper pendant captures something you don't often see in jewelry: genuine metallic copper ribbons frozen in stone, creating a pattern that's part geology, part abstract art.

Product Specifications:

• Stone: Natural native copper in matrix
• Stone size: 2cm (approximately 0.8")
• Pendant drop: 1" total including bail
• Chain: 18" sterling silver oval link
• Setting: Sterling silver bezel setting
• Metal: .925 sterling silver throughout
• Clasp: Sterling silver lobster clasp

What Makes It Special

Native copper means pure metallic copper that crystallized naturally within rock (those coppery-rose streaks are actual copper metal, not copper-colored minerals). The dark charcoal and slate-gray matrix creates dramatic contrast with the metallic inclusions. The high-polish finish on the stone brings out depth and makes the copper gleam. Each pendant's copper veining pattern formed over geological time and can't be replicated.

Perfect For Your Lifestyle

The 1" drop gives you presence without bulk; substantial enough to be your statement piece, comfortable enough to forget you're wearing it. At 18", the chain sits at mid-chest and layers well if you like wearing multiple necklaces. The neutral color scheme (charcoal, copper, metallic rose-gold tones) pairs with everything from casual weekend wear to work attire.

About Native Copper

Native copper forms when pure copper crystallizes in volcanic or sedimentary environments—it's copper in its natural metallic state, not refined or processed. The copper develops its characteristic peachy-metallic luster through natural geological forces. The dark matrix is typically basalt or other volcanic rock.  This native copper is found in Colorado and can be mined in the Cashin Mine in Montrose County. 

Care & Longevity

Clean with a soft, dry cloth only—avoid water, chemicals, and ultrasonic cleaners. Native copper rates around 3 on the Mohs hardness scale (softer than most gemstones), so store separately to prevent scratching and remove before high-impact activities.