This stunning Labradorite and Amethyst necklace will be a beautiful addition to anyone’s collection.
It was created using an electroforming technique, and was hand stamped for a gorgeous, unique flair. It comes with your choice of chain length, in a bronze finish. If you would prefer a different chain color, please message me.
Each necklace comes with a short description of the stones it contains, as well as information on how to care for your copper jewelry.
All of my products are lead free and nickel free.
Height – 93 mm (with rings)
Width – 23 mm (approximately)
Amethyst is a purple variety of quartz. It is popular because of its deep colors and distinct characteristics. These crystals grow slowly, and the composition of the waters from which they grow can change over time. As the composition of the water changes, varying amounts of iron are incorporated into the surface of the crystal. Later, radiation emitted by minerals in the surrounding rock modify the iron to produce the purple color. This can cause the crystal to have zones of different color intensity. Each of these zones records a time interval in the growth of the crystal like the growth rings of a tree.
Small amounts of amethyst are found at many locations throughout the world in igneous, metamorphic, and sedimentary rocks. The world’s most important amethyst deposits are usually found in the fractures and cavities of igneous rocks. In Brazil and Uruguay large amounts of amethyst are found in the cavities of basalt flows. Large cavities can contain hundreds of pounds to several tons of amethyst crystals.
This is a feldspar mineral of the plagioclase series that is most often found in mafic igneous rocks such as basalt, gabbro, and norite. It is also found in anorthosite, an igneous rock in which labradorite can be the most abundant mineral.
Some specimens of labradorite exhibit a schiller effect, which is a strong play of iridescent blue, green, red, orange, and yellow colors, usually used in jewelry. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as “labradorescence.”
The colors displayed are actually not from the surface of a specimen. Instead, light enters the stone, strikes a twinning surface within the stone, and reflects from it. The color seen by the observer is the color of light reflected from that twinning surface. Different twinning surfaces within the stone reflect different colors of light. Light reflecting from different twinning surfaces in various parts of the stone can give the stone a multi-colored appearance.
Labradorite is a gemstone that was named after Labrador in Canada, where it was found on the Isle of Paul, near Nain in 1770. It has since been found in other places, including Finland, Madagascar, and Australia.
CARE AND CLEANING
As with all jewelry, avoid spraying with perfumes, or coming into direct contact with lotions or make-ups. Remove jewelry before bathing or swimming. If the necklace needs to be cleaned, gently wipe it off with a baby wipe and use a Q-tip for the small crevices. Allow to dry completely before wearing. If your jewelry tarnishes, clean it with some lemon juice and a toothbrush and dry with a paper towel.
Copper jewelry WILL change colors over time, also known as oxidation. I do not seal my copper jewelry, as some people feel that there are medicinal benefits to having copper touch their skin. I leave it up to the consumer to choose what’s best for them and their bodies. Occasionally, copper jewelry will turn your skin green. It is not harmful to you, and washes off easily.