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Haicheng magnesium mineral products Co., Ltd

Contact person: Mr. Wang

TEL:13709804718

Wechat:w5691088  QQ669304718

website:www.hcmykc.cn

Address: Lishu village, pailou town, Haicheng City

 

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Light-fired magnesia powder is a kind of raw material with medium basicity and chemical activity. In addition to being used as refractory and cementitious material, light-fired magnesia powder is also used in other industrial fields. In addition, the development of slag splashing technology for converter protection further expands the application scope of light burning magnesia powder. At present, the slag splashing technology mostly uses light-burned magnesia powder as pellets, such as light-burned magnesia powder pellets, carbon-containing light-burned magnesia pellets and carbon-containing calcium-containing light-burned magnesia powder pellets.
"Light burning powder" is a product of natural magnesite or brucite lightly burned at about 900 C. It is commonly known as light burning powder. Magnesium oxide is the main chemical composition of light burning powder. Magnesium oxide in general sense refers to magnesium oxide produced by chemical method. Magnesium carbonate or magnesium hydroxide is produced by chemical method using magnesium-containing raw materials, and magnesium oxide is obtained by calcination. Therefore, the so-called magnesia, in general, is the purity, particle size, and other indicators and light-burned powder have significant differences.
MiconceptionsaboutLightBurningPowderManypeoplehavemisunderstoodsometruth.1.Magnesiumoxidecontentandactivityinacertainrangeisproportionaltotheamountoflightburningpowder,infact,thereisnosuchstrictorreli
As magnesite is generally reduced by about 50%, the content of MgO in ores can be almost doubled by light burning. In this sense, light burning of magnesia is the most effective means of MgO enrichment. In addition, light burning is also a preparatory operation for thermal separation and some gravity separation of magnesite. Light burning of magnesia has high activity and is an ideal raw material for producing high bulk density magnesia.
Refractories generally refer to inorganic non-metallic materials with refractory degree above 1580 C, including natural ores (refractory raw materials) and various products (refractory products) processed according to a certain process flow according to certain purposes and requirements, which have certain high temperature mechanical properties and good volume stability. Refractories are important basic materials related to high temperature industry, such as iron and steel, non-ferrous metals, petrochemical, building materials, machinery, electricity, environmental protection and national defense.
Magnesium oxide (chemical formula: MgO) is an oxide of magnesium, an ionic compound. It is a white solid at room temperature. Light-burned magnesia and magnesia exist in nature in the form of periclase, which is the raw material for magnesium smelting.
Resources and Exploitation of Magnesium Raw Materials Magnesium raw materials refer to magnesium-containing minerals which can be used to produce magnesia refractories, magnesia chemical materials, metal magnesium and other products. They are mainly divided into solid minerals such as magnesite, dolomite, brucite and liquid minerals such as sea water and Salt Lake brine. Magnesite is one of the most important refractory materials in the world. It is mainly used for calcining light-burned magnesia (CCM), sintered magnesia (DBM), fused magnesia (FM) and other refractory materials. It is the basic material for producing magnesia refractories.
Magnesium raw materials refer to magnesium-containing minerals which can be used to produce magnesia refractories, magnesia chemical materials, metal magnesium and other products. They are mainly divided into solid minerals such as magnesite, dolomite, brucite and liquid minerals such as sea water and Salt Lake brine. Magnesite is one of the most important refractory materials in the world. It is mainly used for calcining light-burned magnesia (CCM), sintered magnesia (DBM), fused magnesia (FM) and other refractory materials. It is the basic material for producing magnesia refractories.
Magnesium oxide is widely used in daily life. Light burning powder plays a vital role in the production of some raw materials in industry. It is necessary to test the activity of magnesium oxide when purchasing magnesium oxide. For raw materials, if the activity of magnesium oxide is not enough, it will easily lead to the quality of materials not up to the standard, so its activity is very high. Important, then how to test it? Xiaobian will give you an introduction. Taking magnesium oxide for adhesive as an example, I would like to explain it to you. I hope it will be helpful to you.
Light burnt magnesium oxide contains three kinds of substances: underburned, overburned and activated magnesium oxide. 1: The so-called underfired products are part of magnesium carbonate which does not form magnesium oxide. (Controlling the setting speed of magnesite products mainly depends on the amount of underfired products;) If there are more underfired products, the burning vector will be higher, and the setting speed of magnesite products made is very fast, which will cause the bursting and deformation of magnesite products.

Current Situation and Development Trend of Refractories Industry

(Summary description)Refractories generally refer to inorganic non-metallic materials with refractory degree above 1580 C, including natural ores (refractory raw materials) and various products (refractory products) processed according to a certain process flow according to certain purposes and requirements, which have certain high temperature mechanical properties and good volume stability. Refractories are important basic materials related to high temperature industry, such as iron and steel, non-ferrous metals, petrochemical, building materials, machinery, electricity, environmental protection and national defense.

Current Situation and Development Trend of Refractories Industry

(Summary description)Refractories generally refer to inorganic non-metallic materials with refractory degree above 1580 C, including natural ores (refractory raw materials) and various products (refractory products) processed according to a certain process flow according to certain purposes and requirements, which have certain high temperature mechanical properties and good volume stability. Refractories are important basic materials related to high temperature industry, such as iron and steel, non-ferrous metals, petrochemical, building materials, machinery, electricity, environmental protection and national defense.

Information

Refractories generally refer to inorganic non-metallic materials with refractory degree above 1580 C, including natural ores (refractory raw materials) and various products (refractory products) processed according to a certain process flow according to certain purposes and requirements, which have certain high temperature mechanical properties and good volume stability. Refractories are important basic materials related to high temperature industry, such as iron and steel, non-ferrous metals, petrochemical, building materials, machinery, electricity, environmental protection and national defense. They are also indispensable supporting materials for various high temperature industrial thermal furnaces and equipment. The technological progress of refractories plays an irreplaceable key role in the development of high temperature industry

Iron and steel industry is the largest consumption industry of refractories. The refractories used in iron and steel industry account for about 70% of the total consumption of refractories. The scale of iron and steel industry directly determines the market capacity of refractories. Building materials industry includes cement, glass, ceramics and so on. Building materials industry is the second largest consumption industry of refractories, accounting for about 17% of the total consumption of refractories.

Industry Development Trend: Refractories are widely used in basic industries such as iron and steel, non-ferrous metals, petrochemical, building materials, machinery, electricity, light industry, aerospace and aviation, warships, missiles and other military fields. The steel industry accounts for 70% of the main application fields and consumption ratios of refractories, followed by cement, ceramics, glass, chemical industry and non-ferrous metals, accounting for 7%, 6%, 4%, 4% and 3% respectively.

How to develop the refractory industry in China? According to the China Association of Refractories, in the future, the refractory industry should firmly grasp the three aspects of variety structure, organizational structure and industrial structure to adjust.

Variety restructuring is to actively develop long-lived, pollution-free, energy-saving and functional refractory products guided by domestic and foreign markets.

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Haicheng magnesium mineral products Co., Ltd

Haicheng magnesium mineral

Haicheng magnesium mineral products Co., Ltd

Contact person: Mr. Wang

Tel:13709804718

Wechat:w5691088  QQ:669304718

website:www.hcmykc.cn

Address:Lishu village, pailou town, Haicheng City

Haicheng magnesium mineral

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