Industrial Minerals - Asbestos, Barite, Boron Compounds, Corundum, Fluorspar, Phosphates, Potassium Salts, Sodium Chloride - Feldspar
aluminum materials include silicates
Industrial minerals is a term used to describe naturally occurring non-metallic minerals that are used extensively in a variety of industrial operations. Some of the minerals commonly included in this category include asbestos, barite, boron compounds, clays, corundum, feldspar, fluorspar, phosphates, potassium salts, sodium chloride, and sulfur. Some of the mineral mixtures often considered as industrial minerals include construction materials such as sand, gravel, limestone, dolomite, and crushed rock; abrasives and refractories; gemstones; and lightweight aggregates.
The feldspars are a class of minerals known as the aluminum silicates. That is, they all contain aluminum, silicon, and oxygen, as sodium, potassium, and calcium. In many cases, the name feldspar is reserved for the potassium aluminum silicates. The most important commercial use of feldspar is in the manufacture of pottery, enamel, glass, and ceramic materials. The hardness of the mineral also makes it desirable as an abrasive.
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Asbestos is a generic term used for a large group of minerals with complex chemical composition that includes magnesium, silicon, oxygen, hydrogen, and other elements. The minerals collectively known as asbestos are often sub-divided into two smaller groups, the serpentines and amphiboles. All forms of asbestos are best known for an important common property—their resistance to heat and fla…
Fluorspar is a form of calcium fluoride that occurs naturally in many parts of the world including North America, Mexico, and Europe. The compound gets its name from one of its oldest uses, as a flux. In Latin, the word fluor means "flux." A flux is a material that is used in industry to assist in the mixing of other materials or to prevent the formation of oxides during the refining…
By far the most important use of phosphate rock is in agriculture, where it is treated to produce fertilizers and animal feeds. Typically, about 80% of all the phosphate rock used in the United States goes to one of these agricultural applications. Phosphate rock is also an important source for the production of other phosphate compounds, such as sodium, potassium, and ammonium phosphate. Each of …
Sulfur occurs in its elementary form in large underground deposits from which it is obtained by traditional mining processes or, more commonly, by the Frasch process. In the Frasch process, superheated water is forced down a pipe that has been sunk into a sulfur deposit. The heated water melts the sulfur, which is then forced up a second pipe to the earth's surface. The vast majority of sul…
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