There are many methods for preparing spherical nano-magnesium oxide powder, among which the most commonly used ones are as follows: Hydrothermal method: This method is to hydrolyze a soluble magnesium oxide salt solution in a high temperature and high pressure environment to prepare nano magnesium oxide particles. The nano-magnesium oxide particles prepared by the hydrothermal

Hebei Messi Biology Co., Ltd. stated that as an important functional inorganic material, magnesium oxide is widely used in the fields of metallurgy, electronics, catalysis, ceramics, coatings, medicine, adsorption, refractory materials and optical materials. Mineral direct pyrolysis, chemical precipitation, gas phase hydration, carbonization, ammonium bicarbonate, spray pyrolysis, hydrothermal, sol-gel and other methods are used for

Hebei Messi Biology Co., Ltd. stated that the hydration of magnesium oxide is a solid-liquid heterogeneous reaction. As hydration proceeds, the magnesium oxide particles gradually shrink and generate magnesium hydroxide. The conversion process includes the following steps: (1) The magnesium oxide molecules on the surface are hydrated to form magnesium hydroxide; (2) Diffusion of magnesium

Magnesium oxide is the basic raw material for the synthesis of hydrotalcite. A large amount of magnesium required for the synthesis of hydrotalcite is provided by magnesium oxide. The main applications of magnesium oxide in hydrotalcite include the following aspects: Improve the flame retardancy of hydrotalcite: Magnesium oxide has good flame retardancy. Adding magnesium oxide

Hebei Messi Biology Co., Ltd. stated that my country is a country with large magnesium resources, and the salt lakes in the west are particularly rich in magnesium resources. However, at present, my country’s salt lake chemical industry is very weak in the utilization of magnesium salts. Only a small part is used to produce

Magnesium oxide, also known as bitter soil, is a magnesium oxide with a chemical formula of MgO. Its molecular structure is a typical NaCl structure, with magnesium atoms and oxygen atoms arranged in order. Magnesium oxide is a highly functional fine inorganic material that can be widely used in catalysis, electronics, ceramics and other fields.