Mohs Scale of Hardness

A scale of hardness makes hardness of materials measurable, and especially in the field of geology, allows one to test, verify and ultimately help identify a mineral. In this sense, the Mohs Scale of Hardness becomes an indispensable system for mineral identification out in the field.

Friedrich Mohs

Carl Friedrich Christian Mohs
1773 – 1839

A Brief History on Hardness

Scratching one mineral with another to determine the softer or harder of the two has its roots way back in c.300 BC where it was mentioned in Theophrastus in his treatise On Stones, and again in Pliny the Elder’s work Naturalis Historia in c.77 AD. However, the scale of hardness we’re more familiar with and in use today is known as the Mohs Scale of Hardness. This was established by the German mineralogist Friedrich Mohs in 1812. While minerals today are classified by their chemical composition based on the Strunz or Dana system, their physical attributes such as colour, streak, cleavage, fracture, refractive index, specific gravity, and hardness help in the identification of minerals.

Measurable Hardness

Hardness should not be confused with toughness, strength or tenacity, as these are different properties of a mineral altogether. As an example, diamond may be one of the hardest substance known to man (harder still are hyperdiamond and ultrahard fullerite), but diamond can be brittle as well, and hence hardness may not necessarily equate to tough.

“A scale of hardness makes hardness of materials measurable, and especially in the field of geology, allows one to test, verify and ultimately help identify a mineral.”

The Mohs Scale of Hardness lists ten common minerals on a scale of 1 to 10 from softest to hardest. It is with great pleasure that I tabulate this below with mineral specimens from the Devon Buy Collection of Fine Minerals and Crystals. I will also put alongside minerals of intermediate hardness from my collection which fall within decimal places relative to the scale.

Note that the Mohs Scale does not follow a linear scale, as given by the absolute hardness in brackets below each Mohs number. This is further elaborated in the next section after the table below.

Mohs Hardness
(absolute hardness)
Intermediate Hardness Mineral and Formula Specimen from Collection Notes and Remarks
1

(1)
TALC
Mg3Si4O10(OH)2
Mohs Scale of Hardness Very easily scratched with fingernail
1 – 2 GRAPHITE
C
Mohs Scale of Hardness Think of the softness of graphite in your everyday pencil
1½ – 2 REALGAR
AsS
Realgar Mohs Scale Hardness
2

(3)
GYPSUM
CaSO4·2H2O
Mohs Scale of Hardness Can be scratched with fingernail
2½ – 3 GOLD
Au
Gold nugget Malleable, and slightly harder than fingernail
3

(9)
CALCITE
CaCO3
Mohs Scale of Hardness Can be scratched with a copper coin
3 – 3½ CERUSSITE
PbCO3
Mohs Scale of Hardness
3½ – 4 MALACHITE
Cu2(CO3)(OH)2
Mohs Scale of Hardness
4

(21)
FLUORITE
CaF2
Mohs Scale of Hardness Very easily scratched with a knife
4½ – 5 HEMIMORPHITE
Zn4Si2O7(OH)2·H2O
Mohs Scale of Hardness
5

(48)
APATITE
Ca5(PO4)3(F,Cl,OH)
Mohs Scale of Hardness Scratched with knife with difficulty
5½ – 6 ARSENOPYRITE
FeAsS
Mohs Scale of Hardness About the hardness of ordinary glass at 5.5
6

(72)
ORTHOCLASE
KAlSi3O8
Mohs Scale of Hardness Scratches glass with some difficulty
6 – 6½ PYRITE
FeS2
Mohs Scale of Hardness Almost similar in hardness to metal file tool made of steel
7

(100)
QUARTZ
SiO2
Mohs Scale of Hardness Scratches glass easily
7 – 7½ STAUROLITE
Fe2Al9Si4O22(OH)2
Mohs Scale of Hardness
7½ – 8 EMERALD
Be3Al2Si6O18
Mohs Scale of Hardness
8

(200)
TOPAZ
Al2SiO4(F,OH)2
Mohs Scale of Hardness Scratches glass very easily
9

(400)
CORUNDUM
Al2O3
Mohs Scale of Hardness Cuts glass
10

(1600)
DIAMOND
C
diamond Cuts glass and almost everything else

Absolute Hardness and a non-Linear Scale

Notice that in the table above, the absolute hardness is given for each number on the Mohs Scale of Hardness. This is because, while the numbers on the Mohs Scale moves up from 1 to 10 like a linear scale, it is in fact not a linear one. Meaning, Diamond at 10 is NOT twice as hard as Apatite at 5. Looking at the absolute hardness of these two minerals, Diamond is over 30 times harder than Apatite. If the figures of absolute hardness were plotted on a chart, the actual hardness would show that the Mohs Scale follows a logarithmic chart as given below.

Mohs Scale of Hardness

The absolute hardness of each mineral shows the Mohs Scale of Hardness to follow a logarithmic scale based on figures given by the Knoop and Vickers Hardness Scales.

hardness picks

Specialist Tools to Test for Hardness

The hardness of a mineral can be tested by using specialist tools such as a hardness pick set, such as the one shown at right. The set usually includes 4 picks with points on both ends, incremental in hardness from 2 to 9. A scratch test is done by applying pressure on the mineral with a chosen point of hardness index, and depending on the hardness of the mineral, the point will either leave a scratch on a softer mineral, slide without any scratches on a mineral of equal hardness as the point itself, or leave a trail of metal shavings from the point if applied on a harder mineral (point of Mohs index 2 is usually made of plastic, and hence will not show any metal wear on the mineral). A sharpening stone is sometimes included for maintenance of the set.

To purchase a hardness pick set, please see the links below.

RELATED: See the Devon Buy Collection of Fine Minerals and Crystals


CLEAR QUARTZ CRYSTALS on eBAY

Quartz Crystal Collection 1/2 Lb Natural Clear Points Brazil

$18.95
End Date: Tuesday Nov-5-2019 11:28:07 PST
Buy It Now for only: $18.95
Buy It Now | Add to watch list
 
MINERAL HARDNESS PICK SET AND OTHER TESTING KIT


 
BOOKS ON MINERALS AND CRYSTALS (GEOLOGY) on AMAZON



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6</li><li><strong>woo_popular_posts</strong> - Select a number:</li><li><strong>woo_resize</strong> - false</li><li><strong>woo_rss_thumb</strong> - false</li><li><strong>woo_shortname</strong> - woo</li><li><strong>woo_show_video</strong> - false</li><li><strong>woo_single_height</strong> - 120</li><li><strong>woo_single_image_height</strong> - 100</li><li><strong>woo_single_image_width</strong> - 100</li><li><strong>woo_single_width</strong> - 200</li><li><strong>woo_suckerfish</strong> - true</li><li><strong>woo_tabs</strong> - false</li><li><strong>woo_themename</strong> - Fresh News</li><li><strong>woo_thumb_height</strong> - 100</li><li><strong>woo_thumb_image_height</strong> - 75</li><li><strong>woo_thumb_image_width</strong> - 75</li><li><strong>woo_thumb_width</strong> - 100</li><li><strong>woo_uploads</strong> - a:30:{i:0;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/32-logo-devonbuy-2016.png";i:1;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/31-logo-devonbuy-2016.png";i:2;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/30-logo-devonbuy-2015.png";i:3;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/29-logo-devonbuy-2015.png";i:4;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/28-logo-devonbuy-2015.png";i:5;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/27-logo-devonbuy-2015.png";i:6;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/26-favicon-db.png";i:7;s:66:"https://www.devonbuy.com/wp-content/woo_uploads/25-favicon2014.png";i:8;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/24-header2014.png";i:9;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/23-header2014.png";i:10;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/22-header2014.png";i:11;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/21-header2013.png";i:12;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/20-header2013type2.jpg";i:13;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/19-header2013type2.jpg";i:14;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/18-header2013type2.jpg";i:15;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/17-header2013type2.jpg";i:16;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/16-header2013.jpg";i:17;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/15-logo_cart.png";i:18;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/14-logo_cart.png";i:19;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/13-logo_cart.png";i:20;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/12-logo_cart.png";i:21;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/11-logo_cart.png";i:22;s:61:"https://www.devonbuy.com/wp-content/woo_uploads/10-logo_3.png";i:23;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/9-logo_3.png";i:24;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/8-db-fav.png";i:25;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/7-logo_2.png";i:26;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/6-logo_2.png";i:27;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/5-logo_2.png";i:28;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/4-logo_2.png";i:29;s:58:"https://www.devonbuy.com/wp-content/woo_uploads/3-logo.png";}</li><li><strong>woo_video</strong> - true</li><li><strong>woo_video_category</strong> - Select a category:</li></ul>