The surface modification of magnesium hydroxide is to improve its compatibility and dispersion in the polymer base material, thereby improving the mechanical properties and flame retardant efficiency, while reducing environmental pollution and optimizing the overall performance of the product. Here are seven main reasons why surface modification of magnesium hydroxide should not be ignored:

In recent years, fire accidents caused by polymers have attracted great attention from all walks of life, and the research and development of flame-retardant polymers has become a hot topic. At present, organic flame retardants used in the market have hazards such as large smoke production and toxic smoke, which are subject to legal restrictions in Europe, the United States, Japan and my country. Therefore, inorganic flame retardants have received great attention.

Magnesium hydroxide (Mg(OH)₂) is a white crystal or powder with weak alkalinity and hygroscopicity. The part soluble in water is completely ionized, and the saturated solution concentration is 1.9 mg/L (18°C). Its preparation methods include brucite grinding method and chemical synthesis method (such as calcium hydroxide method, ammonia method, sodium hydroxide method).

The application of Mag hydroxide for Compound Fertilizer, especially in the agricultural field, does play an important role.Mag hydroxide for Compound Fertilizer provide essential magnesium to plants.Mag hydroxide for Compound Fertilizerpromotes crop growth and increases yields by improving the physical and chemical properties of the soil. Here is a further summary of its role:

The food grade bulk magnesium oxide powder we produce plays a vital role in modern industry, especially in the fields of chemical, construction and pharmaceutical.

Magnesium oxide special industrial grade​ has become an indispensable material in modern manufacturing due to its unique chemical properties and wide range of applications.