Inorganic Chemistry

large, light blue; monoclinic; powder(s) blue modification formed by dehydration over CaCl2, under reduced pressure [MER06]More

-325 mesh powder(s); used as an oxidation catalyst [ALF93]More

Used as analytical reagent, strong dehydrating agent, catalystMore

Low-cost titanium is an effective reducing agent for the synthesis of imidazolines.More

Appearing as a white crystalline powder, magnesium diphosphate is stable at room temperature. It is commonly found in various industrial applications due to its high thermal stability and chemical resistance.More

Cobalt hydroxide, with the chemical formula CoH3O3, is an important inorganic compound that occupies a unique position in scientific research and industrial applications. In the International Chemical Substance Information Database, it has been assigned a unique CAS number of 1307-86-4, which acts as its chemical identity card, enabling researchers worldwide to accurately identify and track its related studies. In addition, cobalt hydroxide has several alternative names, such as cobalt(III) hydroxide, cobalt hydroxide, hydroxocobalt, and cobalt acid hydroxide, which reveal different aspects of its chemical structure and properties, providing researchers with rich theoretical references. As an inorganic chemical substance, cobalt hydroxide belongs to the category of inorganic bases, and its chemical properties are mainly reflected in its reactions with acidic substances. Its PSA value (surface work function) is 60.69000, which is a key physical chemistry parameter used to evaluate the activity and reactivity of a material's surface. A high PSA value usually means that the substance has a high activity in chemical reactions and can effectively react with other substances, thus having broad application potential in fields such as catalysis, adsorption, and so on. The density of cobalt hydroxide is between 1.5 and 2.0 g/cm3, which makes it physically variable. Its melting point is in the state of decomposition, which means that it will undergo a chemical reaction and transform into other substances under specific high-temperature conditions. This property has important applications in materials science and heat treatment processes. Its boiling point is 100°C at 760mmHg, indicating its stability at ambient temperature and pressure. Additionally, the XLogP3 value of cobalt hydroxide is -0.53040, which is of great significance in pharmaceutical chemistry. The XLogP3 value is an important indicator for predicting the solubility, distribution, and excretion behavior of molecules in the body. A negative XLogP3 value indicates that cobalt hydroxide may exhibit good solubility and bioavailability in aqueous environments, which provides potential applications in the fields of biomedicine, drug design, etc.More

Tellurium Oxide (TeO₃) is a chemical compound formed by combining the elements tellurium (Te) and oxygen (O). This compound is notable for its unique physical and chemical properties, usually appearing as a white or yellowish solid. It has a molecular weight of 175.6 and an exact mass of 177.890961. In addition, it is registered with the European Chemicals Agency under the number 231-193-1 and the Toxic Substances Data System under the number DTXSID6065472. Tellurium Oxide (TeO₃) is an important oxide of tellurium and is noted for its high melting point, which makes it potentially useful in high-temperature applications. In addition, it is capable of forming a variety of different compounds with a variety of other elements, which further expands its range of applications in chemical reactions. The crystal structure of this compound is diverse and there are many different crystal forms, and these different crystal forms may have an impact on its reactivity and its application in different fields. For example, some crystal forms may be better suited for optical applications, while others may have their specific uses in the electronics industry. The diverse crystal structures of Tellurium Oxide (TeO₃) therefore provide a wide range of research and application opportunities for scientists and engineers.More

Mobile liquid that fumes in air.More

Powder and chunksMore