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Hedenbergite

Hedenbergite

A species of Clinopyroxene Subgroup, Also known as Funkite

Hedenbergite is a rock forming mineral found primarily in metamorphic rocks. Its dark green to black color and can have a striking bright luster. Though not necessarily an uncommon mineral, good crystals are rare. Specimens that show good color and luster along with nice crystals are prized by mineral collectors.

Hardness
Hardness:

5.5 - 6.5

Density
Density:

3.56 g/cm³

General Info About Hedenbergite

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Physical Properties of Hedenbergite

Luster
Vitreous, Dull
Diaphaneity
Transparent to opaque
Colors
brownish green, black
Magnetism
Non-magnetic
Tenacity
Brittle
Cleavage
Good
Fracture
Uneven
Streak
White, gray
Crystal System
Monoclinic
Hardness
5.5 - 6.5 , Hard
Density
3.56 g/cm³, Obviously Heavy Weight
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Chemical Properties of Hedenbergite

Chemical Classification
Silicates
Formula
CaFe2+Si2O6
Elements listed
Ca, Fe, O, Si
Common Impurities
Mn, Zn, Ti, Al, Mg, Na, K

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Rarity
Rare

Characteristics of Hedenbergite

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Characteristics of Hedenbergite

Hedenbergite has a number of specific properties. Its hardness is usually between five and six with two cleavage plains and conchoidal fracture. Color varies between black, greenish black, and dark brown with a resinous luster. Hedenbergite is a part of a pyroxene solid solution chain consisting of diopside and augite, and is the iron rich end member. One of the best indicators that you have located hedenbergite is the radiating prisms with a monoclinic crystal system. Hedenbergite is found primarily in metamorphic rocks.

Formation of Hedenbergite

Hedenbergite can be found in skarns. A skarn is a metamorphic rock that is formed by the chemical alterations of the original minerals by hydrothermal causes. They are formed by large chemical reactions between adjacent lithologies. The Nickel Plate gold skarn deposit of the Hedley District in southern British Columbia is characterized by hedenbergitic pyroxene.

Composition of Hedenbergite

The pyroxene quadrilateral easily records the compositions of different pyroxene's contained in igneous rocks, such as diopside, hedenbergite, enstatite, ferrosilite. Hedenbergite is almost never found isolated. From the chemical formulas above, we can tell that the main differences in the compositions will be in terms of calcium, magnesium, and iron. D. H. Lindsley and J. L. Munoz (1969) did such an experiment in order to figure out exactly which combinations of temperature and pressure will cause particular minerals to combine. According to their experiment, at 1000 degrees with a pressure less than two kilobars the stable composition is a mixture of hedenbergite, olivine, and quartz. When the pressure moves to twenty kilobars, the composition moves towards the clinopyroxenes, which contains trace amounts of hedenbergite if any. For temperatures of 750 degrees Celsius, the compositions move from hedenbergite with olivine and quartz to ferrosilite with a greater amount of hedenbergite. If you combine the results of both of these sets of data, you can see that the stability of hedenbergite is more dependent on temperature as opposed to pressure.

Cultural Significance of Hedenbergite

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Healing Properties of Hedenbergite

Hedenbergite works with the Base Root and Heart chakras to provide inner patience and determination. It connects the energy from the body with earth's energy to offer emotional healing. It may help to relieve feelings of sadness, anxiety or depression. It is believed to aid in matters of love and friendship, attracting others and promoting more joyful relationships.
Chakras
Root, Heart

Common Questions People Also Ask

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