Author name: Messi

The role of magnesium oxide in battery cathode materials

Messi Biology said, lithium-ion battery cathode material is a layer structure, lithium ions between the oxygen ion and metal ion layer, in the lithium ion de-embedding and embedding process to form the entire process of charging and discharging, a classical cathode material improvement method is to use other cations, such as trivalent aluminum ions, two-valent …

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Messi Biology Explains the Reactive Formation Mechanism of Magnesium Oxide

Messi Biology Explains the Active Formation Mechanism of Magnesium Oxide 1. Activated magnesia is magnesia with hydration ability, expressed in hydration rate, iodine absorption value, citric acid value, specific surface area and so on. 2. The formation of active magnesium oxide. During the calcination process of magnesite ore in the kiln, due to technical and …

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Preparation of High Purity Magnesium Oxide by Salt Lake Brine Method

Lop Nur Salt Lake is the largest potassium-containing magnesium sulfate subtype brine deposit discovered so far in my country. The resources of magnesium chloride and magnesium sulfate in the salt lake brine exceed 11 billion tons. The accumulation of magnesium chloride not only causes a huge waste of magnesium resources, but also causes “magnesium damage” …

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Application of magnesium oxide in silicon steel coating

1. The coating liquid diverter is used to divert the overflowing magnesium oxide coating liquid from the surface of the strip directly to the lower coating roller, thus eliminating the need for a pallet, which has been considered irreplaceable by those skilled in the art, so that the phenomenon of scaling of the coating liquid, …

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Messi Biology: deep development of magnesia mineral resources to improve the added value of products

Hydromagnesite is a naturally occurring and widely distributed carbonate mineral worldwide, but large sedimentary hydromagnesite deposits with industrial mining value are very rare worldwide. Although hydromagnesite was discovered a long time ago, it has not been officially reported in China. In the late 1950s, the mineral was discovered for the first time in China in …

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Messi Biology Food Additive Magnesium Oxide Product Description

Messi Biology food additive magnesium oxide is produced by the unique compound decomposition method in China, which is twice decomposed and calcined at high temperature of thousands of degrees to produce food additive magnesium oxide, and then crushed, mixed and aseptically processed in 300,000 grade purification workshop and packed into storage. The content of heavy …

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Preparation process and application of food grade magnesium hydroxide

Foreign magnesium hydroxide industry is developed earlier, its annual output can reach more than 10,000 tons, mainly in Israel, the United States, Japan, to produce high purity, high whiteness. Compared with foreign enterprises, the production capacity of our food grade magnesium hydroxide enterprises is far from enough, and the high-grade products can’t meet the demand …

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Application of nano-magnesium oxide in antibacterial materials

Magnesium oxide as a kind of chemical material additive, it starts from magnesium oxide and ends up in magnesium oxide, no chemical structure change, theoretically will not cause artificial changes to the ecology, in line with the new trend of today’s world industrial development pay attention to environmental protection. Therefore, magnesium oxide industry in the …

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Device and method for recovering nickel and cobalt and co-producing magnesium oxide

The researchers provide a device and method for recovering nickel, cobalt and magnesium oxide from nickel, cobalt and magnesium waste streams, said device comprising a nickel and cobalt separation and recovery system, a magnesium chemical separation and recovery system, an atmosphere roaster and a crusher connected in sequence. Said method includes: Firstly, separating and recovering …

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Study on the nutritional effect of nano-magnesium hydroxide on cabbage

To investigate the effect of low amount of potassium application with magnesium hydroxide nanoparticles on the nutritional effect of cabbage and to improve the efficiency of potassium utilization. A pot experiment of cabbage was conducted at Southwest University using acidic purple soil. All treatments were applied with N 200 mg/kg and P_2O_5 100 mg/kg, and …

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