Author name: [email protected]

Tibet Mag stated that the hydration rate and activity of magnesium oxide are mutually restrictive. Hydration rate refers to the ability of magnesium oxide to form magnesium hydroxide. As the isolation layer before high-temperature annealing of oriented silicon steel, it is usually formed by making a slurry of magnesium oxide and an appropriate amount of […]

Messi Biology found in the market survey that many customers do not know the concept of powdered magnesium oxide and granular magnesium oxide. As an expert in customizing high-end magnesium salts, today Meixi Biological will give you a brief introduction to food-grade powdered magnesium oxide. What is the difference between granular magnesium oxide and granular

Messi Biology stated that magnesium oxide mainly includes industrial grade, pharmaceutical grade, food grade, etc. The main difference is that the content of various indicators is different, the purity of industrial grade is low, and the purity of pharmaceutical and food grade is higher. Generally, it is powdery or granular; the requirements for the content

The preparation method of the composite magnesium oxide powder for dental alginate impression material comprises the following specific steps: a. Choose magnesium hydroxide powder raw material, magnesium hydroxide content is 97.3%, CaO is 1.3%, SO4 is 0.3%, Cl is 0.10%, heavy metal is 9ppm, As is 3ppm, acid insoluble matter is 0.08%; The weight loss

Messi Biology stated that in magnesium manganese ferrite, magnesium oxide is the main raw material. In the manufacture of medium and high-grade soft magnetic materials, high-grade magnesium oxide must be used. The development of magnetic materials has promoted the technological progress of high-quality magnesium oxide production. The special function of nano-magnesia has once again triggered

Hebei Messi Biology Co., Ltd. stated that nano-magnesium oxide is a new type of high-function fine inorganic material. The main types are nano-powder, nano-film, nano-wire and nano-solid. Due to the particularity of its structure, it has different electrical, magnetic, thermal and optical properties than the body, thus opening up a series of new application fields.

Hebei Messi Biology Co., Ltd. stated that in order to overcome the defects of poor catalytic activity and poor stability of ruthenium-based ammonia decomposition hydrogen production catalysts in the prior art under medium and low temperature conditions, it provides a ruthenium-based ammonia decomposition hydrogen production catalyst for ammonia Application of decomposition to prepare carbon-free hydrogen.