How to Form Magnesium Oxide From Magnesium Carbonate?

   If you had learned chemistry, you know that the magnesium oxide can be generated from magnesium carbonate under high temperature. However, maybe you do not know how to form magnesium oxide from magnesium oxide, and what is the temperature to form it? Now, the expert from Meishen Technology explains in detail for you.

   The magnesium carbonate can be pyrolyse directly and produce magnesium oxide and carbon dioxide. It is the the most direct way. However, it need hot environment. The decomposition temperature of magnesium carbonate is 540℃. When the temperature reaches 790℃, the magnesium carbonate can be break up into magnesium oxide and carbon dioxide. The temperature is higher, the content of magnesium oxide is higher.

   In the magnesium carbonate, 47.6 percent of magnesium carbonate content is a theoretical value. It is right. The content of premium grade magnesium carbonate is between 46% to 47%. However, generally speaking, the magnesium carbonate produced by industrialization is basic magnesium carbonate. The national standard stipulates that the content should between 40% to 44%.

   Now, the expert tell you another method. You can judge the magnesium oxide from whether the magnesium oxide or the magnesium hydroxide. And then, how to judge it?

   After resolving magnesium carbonate, the magnesium oxide has more pore. It means that it has a small density. So you can only measure the bulk density.

   Meishen Technology is a national high and new technology magnesium oxide manufacturer and national torch program project demonstration supplier. It is the magnesium oxide engineering technology center and innovative pilot enterprises in Hebei Province. The high-end magnesium oxide project of Meishen Technology walks a development road of relying of domestic, independence and self-reliance. It is different from the product of the other high-end magnesium oxide. The high-end magnesium oxide production project of Meishen Technology adopts the new fashioned technology and a reasonable project process. Due to the advanced magnesium oxide technology, it obtained a number of national patents. So it has own intellectual property rights. In the application fields, it can replace completely imported high-grades magnesium oxide and satisfies various requirements from customer group.