Copper electroformed pendant with oval labradorite of 35×16 mm, high saturation multicolor labradorescence: electric blue, gold, orange and pink flashes. Oval bezel setting in electroformed copper with a circular attachment ring.
Piece details
| Mineral |
Labradorite (plagioclase feldspar) |
| Setting technique |
Copper electroforming |
| Piece dimensions |
35×16 mm stone · approx. +18 mm top ring |
| Attachment |
Electroformed circular ring · chain not included |
| Mineral hardness |
6–6.5 Mohs |
| Mineral origin |
Material acquired in lapidary wholesale market |
| Treatment |
No treatment |
| Piece type |
Unique outlet piece |
This specific piece
The labradorescence of this piece displays the widest spectrum of the four pendants: electric blue in the upper quadrant, gold and orange in the center, with flashes of pink-violet on the flanks. The colors overlap and their boundaries shift as the piece moves, with no dominant monochromatic area.
The copper bezel frames the stone with a rough electroformed texture that contrasts with the polished surface of the labradorite. The copper presents the irregular patina characteristic of the artisanal process.
About copper electroforming
Electroforming deposits copper onto a model through electrolysis. Unlike casting, it does not subject the mineral to heat, making it ideal for labradorites sensitive to thermal changes. The organic texture of the metal is a direct result of the electrochemical process, not a subsequent embossing work.
Labradorite in lapidary tradition
First described on the Labrador Peninsula (Canada) in 1770, labradorite was quickly adopted by Art Nouveau jewelry for its changing light effects. In Finland, it is known as the "polar spectrum stone". Symbolically, it is associated with intuition and transformation.
The symbolic properties attributed to minerals belong to cultural and historical traditions. They are shared for educational purposes, not as medical advice.
Frequently asked questions
What produces the rainbow effect in this labradorite?
Labradorescence arises from the optical interference between alternating layers of feldspar of different compositions. When several areas of the stone have layers of different thicknesses, each area produces a different color of the visible spectrum.
Is the multicolor flash the same from all angles?
No. The visible colors and their distribution change with the observation angle. From some angles, blue will dominate; from others, gold or orange. This variability is part of what makes each labradorite unique.
How do I care for this piece?
Avoid bumps, water, and chemicals. Copper can oxidize; store the piece in an airtight bag. More details in our care guide.
What does it mean that it's an outlet piece?
Prototype or workshop sample with possible minor irregularities in the copper setting. The mineral is in perfect condition. It is sold as it appears in photographs, at a reduced price.
See also: natural stone pendants · more outlet pieces.
