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Cinnabar: History, Meaning & Healing Properties | Craftihouse

Cinnabar: History, Meaning & Healing Properties

The mercury-containing mineral cinnabar has been mined since ancient times and historically used to create deep red dyes. Centuries-old lacquerware from Song dynasty China is still vibrant today thanks to cinnabar dyeing. The use of this mineral as a dye has largely been discontinued since its toxicity was discovered, though it is still mined as a mercury source.

Healing Properties

Cinnabar is believed by some to purify the mind and body — referring to the removal of toxins and purification of the blood. Achieving this state of clarity in the mind is thought to help one better pursue truth and higher purposes. Cinnabar should not be placed in direct contact with the skin and should be kept inside a box. It is also associated with fire, as well as the sacral and root chakras.

Much of the information in this section is metaphysical in nature. You should not use crystals to replace medical treatment.

Meaning

Cinnabar has traditionally been associated with royalty and beauty — unsurprising, since it was historically used to make pigments and even rouge. Olmec royalty's tombs, dating back to the 7th century AD, used cinnabar extensively for decoration. Ancient Chinese alchemists believed the pigment could be transmuted into gold, and such pigments were used for writing on oracle bones.

How to Select

Choosing cinnabar should be based largely on color. The most popular color is a vibrant red, but specimens can also be brown, gray, or black. Because cinnabar is toxic, many imitation products are sold on the market — samples can be authenticated by testing physical properties such as hardness and specific gravity.

Composition

Cinnabar belongs to the trigonal crystal system structurally. Incrustations may range from granular to massive, or thick tabular to slender prismatic crystals, with twin crystals occasionally forming through simple contact. Mercury(II) sulfide (HgS) has the cinnabar structure described, and is dimorphous — meaning it is also found in a non-cinnabar black polymorph called metacinnabar, with a zincblende structure. In cinnabar, each Hg center has two short Hg–S bonds (2.36 Å each) and four longer HgS contacts (3.10, 3.10, 3.30, and 3.30 Å).

Formation

Cinnabar occurs in veins as a result of recent volcanic eruptions and alkaline hot springs. It is deposited by aqueous ascending solutions — near the surface and not too hot — far removed from their igneous sources. Associated minerals include mercury, stibnite, realgar, pyrite, marcasite, opal, quartz, chalcedony, dolomite, calcite, and barite.

Cinnabar occurs in almost all mining areas that produce mercury, including Almadén (Spain), exploited since Roman times as the world's most important source of cinnabar for centuries. Other notable deposits include Giza (Egypt), Puerto Princesa (Philippines), New Almaden (California), Idrija (Slovenia), Tuscany and Mount Amiata (Italy), the Avala mountain (Serbia), Huancavelica (Peru), Guizhou province (China), and Red Devil, Alaska, named after its primary cinnabar mine. Cinnabar continues to be deposited today from hot waters such as the Sulphur Bank Mine in California and Steamboat Springs, Nevada.

Uses

Red pigments have been made from cinnabar for millennia, and a brilliant red lacquer was famously made from the mineral in China — a tradition that still gives centuries-old Song dynasty lacquerware its striking, enduring color today.

Explore More Natural Stones

If cinnabar's rich history and deep red color have sparked your interest in mineral collecting, explore our full Natural Stone collection, featuring raw and polished crystals for healing, meditation, and décor. You might also enjoy reading about other fascinating stones on our journal, such as the grounding properties of Eclogite or the protective energy of Obsidian.

28th Oct 2021 Anthony

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