KUNZITE

Kunzite is a lilac-pink gemstone variety of the mineral spodumene, an aluminum and lithium silicate. It was described by George Frederick Kunz, a mineralogist and executive of the Tiffany & Co company in New York 1. The current name of this variety was proposed by H. Charles Baskerville, as a tribute to Kunz for his contribution to its popularization as a gemstone.

Kunzite occurs in lithium-rich pegmatites, associated with elbaite tourmaline, albite, lepidolite, pollucite, and beryl. The first specimens, studied by Kunz, were found in a pegmatite in Pala, San Diego County, California (United States). Currently, specimens are still being obtained in this area, but the vast majority of those that enter the gemstone trade and collections come from the Kunar and Nuristan regions in Afghanistan. It is also found in some locations in Brazil.

Kunzite is a high-quality gemstone that is characterized by its lilac-pink color, which can vary in intensity. It is a highly valued precious stone in jewelry for its beauty and rarity. Kunzite is a very durable stone, with a hardness of 6.5 to 7 on the Mohs scale, making it suitable for use in jewelry.

In addition, kunzite has a high refractive index and a vitreous luster, making it very attractive for gemstone cutting. Kunzite is a very versatile stone that can be used in a wide variety of jewelry, from rings and earrings to necklaces and bracelets.

Kunzite also has energetic properties that make it popular in New Age culture. It is believed that kunzite helps to relieve stress and anxiety, and to promote peace and tranquility. It is also believed that kunzite helps to open the heart and to foster love and compassion.

In summary, kunzite is a unique and beautiful precious stone that is found in various parts of the world. It is a highly valued precious stone in jewelry for its beauty and rarity, and also has energetic properties that make it popular in New Age culture. If you are looking for a unique and beautiful precious stone, kunzite is an excellent purchase option.