Electroformed copper butterfly pendant with a tear-drop labradorite as the body of the piece. The stone exhibits high-intensity golden labradorite sheen on a dark green base, with greenish reflections when turned under light. The setting and butterfly are part of the same continuous copper object with an aged patina finish. A unique workshop piece from the outlet collection.
Piece Details
| Mineral |
Labradorite (feldspar, anorthite-albite series) |
| Piece Dimensions |
Approx. 40 × 20 mm (includes copper setting) |
| Stone Shape |
Tear-drop, freeform |
| Crafting Technique |
Copper electroforming |
| Metal Finish |
Copper with aged patina |
| Mineral Hardness |
6–6.5 Mohs |
| Mineral Origin |
Madagascar |
| Treatment |
Untreated |
| Piece Type |
Unique piece |
About this specific piece
The labradorite features a wide window of golden labradorite sheen: the flash covers almost the entire top surface and shifts between golden yellow and olive green depending on the angle of the light. The base of the mineral is dark green, almost black, which makes the flash particularly striking and contrasts with the surrounding copper.
The copper butterfly is crafted with anatomical detail: the veins of the four wings and the central body with spiral antennae are distinguishable. The aged patina gives the piece an organic character that complements the optical phenomenon of the stone.
Copper electroforming
This piece is made by electroforming: electrolytic copper is deposited layer by layer onto a mold to form a solid setting that precisely embraces the stone. The process generates a characteristic surface texture—matte and slightly granular in areas of greater deposition—impossible to replicate with conventional casting. The setting, bezel, and butterfly are part of the same continuous object.
Labradorite in lapidary tradition
First described in the Labrador Peninsula (Canada) in the 18th century, labradorite was a collector's mineral for decades before being incorporated into artisan jewelry. Its optical phenomenon—labradorescence—is caused by the interference of light in the internal exsolution layers of the feldspar, not by pigment or treatment.
In crystal tradition, labradorite is associated with intuition and discernment: the stone of the threshold, which helps to see beyond the obvious with its own light.
The symbolic properties attributed to minerals belong to cultural and historical traditions. They are shared for educational purposes, not as medical advice.
Care of electroformed copper
Copper can develop a green patina (verdigris) over time, especially in contact with sweaty skin or in humid environments. To slow down the process: store in a zip bag, remove before showering or exercising, and clean with a dry cloth. If verdigris appears, gently remove with a slightly damp cloth. See jewelry care guide.
Frequently Asked Questions
Is labradorescence visible from all angles?
No: the flash is activated with direct light and changes with the observation angle. This stone has a wide golden window of coverage, but the flash varies with movement. Labradorescence is a structural optical phenomenon, not a coating.
Can copper stain skin?
Prolonged contact with copper can leave a harmless and washable greenish or brownish mark. If you prefer, apply clear jewelry varnish to the areas where the metal rubs, without covering the stone.
How to care for labradorite?
Clean with a dry or slightly damp cloth. Avoid ultrasonics and sudden temperature changes. See the jewelry care guide.
More about labradorite: properties and uses. See also: artisan pendants | outlet collection.
