In recent years, the active magnesium oxide cobalt precipitation process has been widely used due to its low usage, low cost, and environmental protection. In order to maximize the efficiency of the magnesium oxide cobalt precipitation process, we need to consider the quality of magnesium oxide. We will consider the following factors that affect the cobalt precipitation effect.
Particle size: The size of particles will affect the utilization efficiency of active magnesium oxide, and both too large or too small will cause uneven reaction.
Hydration degree: Low hydration degree will cause the reaction efficiency to decrease, increase energy consumption, incomplete reaction and other problems; hydration activity should be greater than 85.
Content: The content here is divided into the main content of magnesium oxide and impurity content. The main content must not be less than 95%; impurity content should not be too high, the smaller the better.
Physical performance: The larger the specific surface area, the better the adsorption effect, but it should be combined with SEM to check the morphology state, and flocculent is the best.
Ze Hui Company has launched a magnesium oxide dedicated to cobalt precipitation, with high main content, fine particle size, and few impurities. It can improve production efficiency and quality and reduce costs. In addition, during the entire production process, it will not introduce new impurities and harmful substances and has better environmental performance. This is the best choice for refining cobalt!
Post time: Jul-22-2023