The key technology and application project for efficient utilization of nickel and cobalt resources from active magnesium oxide has overcome the core technical difficulty of smelting and efficient extraction of complex and difficult-to-process nickel and cobalt raw materials, and on this premise, developed complex raw material beneficiation technology and lean ore resource acquisition technology to

Hebei Messi Biology Co., Ltd. independently developed and produced an ultrafine highly active magnesium oxide, which makes the quality of many composite materials products more stable and has better energy-saving and emission reduction effects. The comprehensive performance of this ultrafine highly reactive interfacially active magnesium oxide is much better than that of traditional magnesium oxide,

Magnesium oxide belongs to a resource-constrained industry, and is distributed in various provinces and cities, resulting in a relatively scattered layout of enterprises. In recent years, with the continuous strengthening of domestic environmental protection efforts, the trend of domestic magnesium oxide industry agglomeration has continued to highlight, and the industry has broad development prospects. So

Hebei Messi Biology Co., Ltd. stated that the positive electrode material of lithium-ion batteries is a layered structure. Lithium ions are between the oxygen ion and metal ion layers. The entire process of charging and discharging is formed during the lithium ion deintercalation and embedding process. A classic method of improving positive electrode materials is

Hebei Messi Biology Co., Ltd. stated that high-purity magnesium oxide generally refers to magnesium oxide products with a purity greater than 99%. Because high-purity magnesium oxide has excellent physical properties such as ultra-high melting point, good magnetic conductivity and excellent insulation performance, as well as specific chemical properties, it is widely used in ceramics, metallurgy,

1. Hebei Messi Biology Co., Ltd. stated that active magnesium oxide is magnesium oxide with hydration ability, which can be expressed in terms of hydration rate, iodine absorption value, citric acid value, specific surface area, etc. 2. Formation of active magnesium oxide. During the calcination of magnesite ore in the kiln, the calcination temperature of