Kornerupine and Chrysotile Physical Properties

Kornerupine

Chrysotile

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1 Physical Properties

1.1 Tenacity

Not Available

1.2 Solubility

Not Available

insoluble in water

1.3 Durability

Not Available

1.4 Specific Gravity

3.25-3.452.51-2.63

1 7.18

1.5 Fracture

ConchoidalArthur Thomas, Gemstones (2009), ConchoidalArthur Thomas, Gemstones (2009), Brittle, Uneven

Fibrous

1.6 Cleavage

Good on {110}

Not Available

1.7 Mohs Hardness

6.52.5-4.5

2 10

1.8 Chemical Composition

Mg 3Al 6(Si,Al,B) 5O 21(OH)Walter Schumann , Gemstones of the world (2001) More from other references

Mg 3(Si 2O 5)(OH) 4Gemdat.org , Management Team (2012)

Kornerupine and Chrysotile Chemical Formula

While comparing Kornerupine and Chrysotile physical properties, the important data you should know is its chemical composition. Since chemical formula defines the molecular structure of the crystal, most of the physical properties like color, tenacity, solubility are governed by Kornerupine and Chrysotile chemical formula.

Chemical formula of Kornerupine- Mg 3Al 6(Si,Al,B) 5O 21(OH)Walter Schumann , Gemstones of the world (2001) More from other references
Chemical formula of Chrysotile- Mg 3(Si 2O 5)(OH) 4Gemdat.org , Management Team (2012)

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Kornerupine and Chrysotile Specific Gravity

Another important criteria for qualitative analysis of gemstones is Kornerupine and Chrysotile Specific gravity. Specific gravity is the relative density of a gemstone compared with respect to density of water. Gemologists use Kornerupine and Chrysotile Optical Properties during the identification of gemstone. Specific gravity of Kornerupine is 2.51-2.63 whereas that of Chrysotile is 2.51-2.63.