Tibet Mag Technology Co., Ltd. stated that due to the partial oxidation process of heavy oil (or residual oil) and the gasification process of coal-water slurry Texaco are carried out under relatively high pressure (generally 3.5 ~ 8.OMpa), and the gas The concentration of carbon monoxide is high (46-48%), the concentration of water vapor is […]

Tibet Mag stated that the influence of the apparent specific volume and addition amount of porous magnesium oxide on the performance of thermal batteries was systematically studied by the method of centrifugal acceleration. The research found that the apparent specific volume of magnesium oxide has no effect on the static discharge performance at room temperature.

Electronic components generally use oxide ceramics, and magnesium oxide has a large surface activity and high temperature characteristics, so it is the main raw material in oxide ceramics. In the research and development of high-purity and high-density electronic component materials, high-purity magnesium oxide uses magnesium oxide with a purity of more than 99.5% as raw

Hebei Messi Biology Co., Ltd. stated that the production of magnesium oxide by dolomite carbonization method generally adopts normal pressure and low temperature (≤25%) carbonization method to separate calcium and magnesium to produce light magnesium carbonate, and then calcine to produce light magnesium oxide. The temperature changes greatly in the whole process and the energy

With the development of China’s electric power industry, there are higher requirements for the iron cores of transformers, motors and generators. Many large steelmaking enterprises in China have established or are establishing production lines for silicon steel sheet. With the increase of silicon steel production, the demand for silicon steel grade magnesia with higher purity

1. The effect of the amount of magnesium oxide added on the content of magnesium oxide in the FCC catalyst It is the comparison between the amount of magnesium oxide added and the content of magnesium oxide in the FCC catalyst. Magnesium oxide addition does not have a linear relationship with the magnesium oxide content

Summary By designing and preparing in situ synthesized nano magnesium oxide doped crab shell-based hierarchical porous carbon (n-MgO@CSHPC), while efficiently immobilizing polysulfides, it can ensure good contact between polysulfides and conductive structures, and realize polysulfides. The balance of adsorption and reuse can improve the utilization rate of active materials and improve the electrochemical performance of