Messi Biology participates in the 2025 “Spring Breeze Action” large-scale job fair of Xingtai Economic Development Zone
On February 8, in response to the call of Xingtai City’s “Spring Breeze Action” in 2025 and to help the […]
Preparation of hexagonal magnesium hydroxide
There are many methods for synthesizing hexagonal magnesium hydroxide. The most commonly used method is precipitation, which is cheap, simple
Light magnesium oxide and heavy magnesium oxide
Magnesium oxide is a chemical raw material, usually used as a flame retardant. It is widely used in industry and
Spherical magnesium oxide particles with large specific surface area
Introduction A method for preparing spherical magnesium oxide particles with a large specific surface area, according to the stoichiometric ratio
Preparation process of anhydrous magnesium carbonate
Anhydrous magnesium carbonate exists in the form of magnesite in nature. MgCO3 and FeCO3 can form a complete isomorphism, that
Advantages of Messi Biology silicon steel grade magnesium oxide
Silicon steel grade magnesium oxide is a white powder with small particle size, good water suspension, low hydration rate and
Preparation and application properties of hexagonal flake magnesium hydroxide flame retardant
Magnesium hydroxide is a green, environmentally friendly inorganic additive flame retardant. It has the advantages of good thermal stability, non-toxicity,
Training session on the transformation path of corporate scientific and technological achievements
On Feb 6, Wang Xudong, director of the Achievement Transformation Center of the Hebei Provincial Department of Science and Technology,
Bio pharmaceutical grade magnesium carbonate exported to southeast asian market
Recently, Messi Biology‘s pharmaceutical-grade magnesium carbonate products were successfully exported to Southeast Asia from Guangzhou Port. Pharmaceutical-grade magnesium carbonate is
Application de l’oxyde de magnésium nanométrique dans les matériaux antibactériens
En tant que nouveau type de matériau inorganique multifonctionnel, l’oxyde de nano-magnésium a de vastes perspectives d’application dans de nombreux