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Home > Inorganic Chemistry > Inorganic Salts (Find 148 items)
Discover the various applications of inorganic salts such as potassium chloride and potassium sulfate. Uncover the diverse uses in agriculture, chemical synthesis, and pharmaceuticals. Explore the CAS NO., properties, and SDS of these essential inorganic salts. Source raw potassium chloride and potassium sulfate materials from certified suppliers, and ensure comprehensive product information.

Tungsten boride (W2B5)

(12007-98-6)
black powder(s), -325 mesh; refractory material [KIR78] [STR93]

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Titanium sulfate (Ti(SO4)2)

(13693-11-3)
Titanium sulfate is made by combining titanium dioxide (TiO2) with sulfuric acid (H2SO4) and is commonly used as a catalyst in various chemical reactions, including the synthesis of organic compounds and the production of polymers. It is also used in the manufacture of pigments, ceramics, and glass, for example, in the textile industry as a reducing agent for stripping or color removal. It is also an important component in the production of titanium-based materials, which are widely used in the aerospace, automotive, and medical industries due to their excellent strength-to-weight ratio and corrosion resistance.

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Telluric acid (H2TeO4), ammonium salt (1:2)

(13453-06-0)
Telluric Acid (H2TeO4), Ammonium Salt (1:2) is an important chemical that plays a key role in the field of chemical research and laboratory analysis. It is not only widely used as an analytical reagent to detect and identify the presence and concentration of various chemical substances, but also often plays a role as an intermediate in the synthesis of compounds. Telluric Acid (H2TeO4), Ammonium Salt (1:2) has unique chemical properties, and the bismuth element it contains and ammonium ions show special reactivity in chemical reactions, which makes it have an irreplaceable position in the preparation and research of fine chemicals. In addition, Telluric Acid (H2TeO4), Ammonium Salt (1:2) have also shown potential application value in some catalytic reactions. Due to the characteristics of its structure and composition, it can be used as a catalyst in a specific chemical reaction, accelerate the reaction, improve the reaction efficiency, or guide the reaction in a specific direction. This catalytic action has important application prospects in the fields of organic synthesis, drug synthesis and the development of new materials. Therefore, Telluric Acid (H2TeO4), Ammonium Salt (1:2) is not only widely used in laboratory research, but also gradually showing its unique value and potential in industrial production. With the continuous progress of science and technology, the application field of Telluric Acid (H2TeO4), Ammonium Salt (1:2) is expected to be further expanded, and make greater contributions to the development of the chemical industry.

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Titanium hydride (TiH2)

(7704-98-5)
Additive in powder metallurgy; getter for oxygen and nitrogen in electronic tubes; wetting agent for ceramic to metal seals; source of pure hydrogen.

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Tungsten carbide (W2C)

(12070-13-2)
Tungsten Carbide/Carbon (WC/C) is a black-gray colored coating of hard tungsten carbide particles in a soft amorphous carbon matrix. It is used for precision components with abrasive and adhesive wear, seizure problems (poor lubrication) and for dry machining applications.

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Tungsten zirconium oxide (W2ZrO8)

(16853-74-0)

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Inorganic salts are mineral nutrients that exist in the body and in food. Most inorganic salts in cells exist in the form of ions and are composed of organic and inorganic substances. . At present, the human body has found more than 20 species, of which a large number of elements are calcium Ca, phosphorus P, potassium K, sulfur S, sodium Na, chlorine Cl, magnesium Mg, trace elements are iron Fe, zinc Zn, selenium Se, molybdenum Mo, fluorine F , Chromium Cr, cobalt Co, iodine I, etc.

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Inorganic salts, also known as minerals, encompass both major and trace elements, constituting essential substances in human metabolism. Most often, when referring to inorganic salts, we imply pure substances, such as laboratory-grade sodium chloride. We do not label it as table salt because additional substances are often added to table salt.


The primary distinction between inorganic and organic salts lies in the nature of their anions. Much of their chemical properties are determined by these anions. For instance, inorganic salts typically exhibit strong hydrophilicity, while organic salts may display affinity towards certain nonpolar reagents.


Despite their low concentration in cells and the human body, inorganic salts play significant roles. A diversified diet, with less animal fat consumption and more consumption of coarse grains like brown rice and corn, and limited intake of refined flour, helps maintain the normal levels of inorganic salts within the body.


Common inorganic salts include:
● sodium chloride
● potassium chloride
● calcium carbonate
● magnesium sulfate
● ammonium nitrate

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