Time: 03 15, 2019 Author :wanhua
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The melting point of ferrosilicon is 1200 ° C to 1250 ° C. The boiling point is 2355 ° C. Ferrosilicon contains about 2% calcium and aluminum. As an additive to the ferrous metal production process, ferrosilicon will impart several desirable properties to the resulting alloy.
What are the main benefits of adding ferrosilicon to the alloy? That is:
1. Improve the corrosion resistance of new compounds.
2. Increase the high temperature and heat resistance of the new alloy. For example, steel used in transformer cores in the production of silicon.
Ferrosilicon is an iron alloy composed of iron and silicon. Ferrosilicon production process:
First, silica (or sand) is mixed with coke. The reduction process is then carried out in the presence of scale, waste or other sources of iron.
The blast furnace is used for the production of ferrosilicon. However, for larger levels of silica, an electric arc furnace is used. A large portion of the global Ferro Silicon supply is produced in China, the US and India.
Ferrosilicon alloys are used in the following areas:
1. Used as a reducing agent in the production of ferroalloys.
Not only is the chemical affinity between silicon and oxygen high, but the high silicon ferrosilicon has a very low carbon content. Therefore, ferrosilicon is a commonly used reducing agent in the production of low carbon iron alloys in the iron alloy industry.
2. Used as a deoxidizer and alloying agent in the steelmaking industry.
The ferrosilicon powder can emit a large amount of heat when it is burned at a high temperature. Therefore, it is often used as a heat generating agent for steel ingot caps to improve the quality and recovery rate of steel ingots.
3. Ferrosilicon is used in the high-temperature smelting process of magnesium metal.
Magnesium in CaO.MgO was replaced. Each ton of metal magnesium produced consumes about 1.2 tons of ferrosilicon. It plays a big role in the production of magnesium metal.
4. Can be used as a coating for welding rods in the electrode manufacturing industry.
5. Ferrosilicon can be used in the chemical industry to manufacture products such as silicone.
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Dense Media Separation (DMS) is a widely used diamond mining technique that involves the use of a heavy liquid, such as ferrosilicon, to separate diamonds from other types of mineral matter. The process is based on the principle that diamonds have a higher density than other minerals, and therefore will sink to the bottom of the heavy liquid when it is agitated.
The DMS process begins by crushing and grinding the diamond-bearing ore to a fine powder. The powder is then mixed with the heavy liquid and agitated, causing the diamonds to sink to the bottom of the mixture. The remaining material is then passed over a series of screens, which separates the diamonds from the other mineral matter.
One of the advantages of DMS is its high efficiency in separating diamonds from other minerals. The process can achieve a high degree of accuracy and can be used to recover a wide range of diamond sizes, from large rough stones to small, industrial-grade diamonds.
Time: 03 15, 2019 Author :wanhua
The melting point of ferrosilicon is 1200 ° C to 1250 ° C. The boiling point is 2355 ° C. Ferrosilicon contains about 2% calcium and aluminum. As an additive to the ferrous metal production process, ferrosilicon will impart several desirable properties to the resulting alloy.
What are the main benefits of adding ferrosilicon to the alloy? That is:
1. Improve the corrosion resistance of new compounds.
2. Increase the high temperature and heat resistance of the new alloy. For example, steel used in transformer cores in the production of silicon.
Ferrosilicon is an iron alloy composed of iron and silicon. Ferrosilicon production process:
First, silica (or sand) is mixed with coke. The reduction process is then carried out in the presence of scale, waste or other sources of iron.
The blast furnace is used for the production of ferrosilicon. However, for larger levels of silica, an electric arc furnace is used. A large portion of the global Ferro Silicon supply is produced in China, the US and India.
Ferrosilicon alloys are used in the following areas:
1. Used as a reducing agent in the production of ferroalloys.
Not only is the chemical affinity between silicon and oxygen high, but the high silicon ferrosilicon has a very low carbon content. Therefore, ferrosilicon is a commonly used reducing agent in the production of low carbon iron alloys in the iron alloy industry.
2. Used as a deoxidizer and alloying agent in the steelmaking industry.
The ferrosilicon powder can emit a large amount of heat when it is burned at a high temperature. Therefore, it is often used as a heat generating agent for steel ingot caps to improve the quality and recovery rate of steel ingots.
3. Ferrosilicon is used in the high-temperature smelting process of magnesium metal.
Magnesium in CaO.MgO was replaced. Each ton of metal magnesium produced consumes about 1.2 tons of ferrosilicon. It plays a big role in the production of magnesium metal.
4. Can be used as a coating for welding rods in the electrode manufacturing industry.
5. Ferrosilicon can be used in the chemical industry to manufacture products such as silicone.
6. Used as an inoculant and spheroidizing agent in the cast iron industry.
Cast iron is an important metal material in modern industry. It is cheaper than steel and is easy to melt and smelt. It has excellent casting properties and much better seismic resistance than steel.
7. Ferrosilicon is extensively used in the metallurgical industry for the processes of atomization, casting, melting and heavy media separation reactions.
8. The alloy is used as a basic raw material for inoculation, adjusting, suspending, mineral processing and in the melting rod industry. It is also used for deoxidization and coating in steel melting.
9. Ferrosilicon is used as a source of pure silicon in the electric industry.
10. It is used to manufacture silicon copper in the chemical industry.
11. Ferrosilicon is used in the manufacturing of semiconductors.
The steelmaking industry and the foundry industry are the largest users of ferrosilicon. They consume more than 90% of ferrosilicon.
Among the various grades of ferrosilicon, the most widely used is 75% ferrosilicon. In the steelmaking industry, about 3-5 kg of 75% ferrosilicon is consumed for every 1 t of steel produced.
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If you're interested in our products or have any questions, please kindly describe your requirement in detail. Our professional team will reply to you as soon as possible.
Related Posts
Dense Media Separation (DMS) is a widely used diamond mining technique that involves the use of a heavy liquid, such as ferrosilicon, to separate diamonds from other types of mineral matter. The process is based on the principle that diamonds have a higher density than other minerals, and therefore will sink to the bottom of the heavy liquid when it is agitated.
The DMS process begins by crushing and grinding the diamond-bearing ore to a fine powder. The powder is then mixed with the heavy liquid and agitated, causing the diamonds to sink to the bottom of the mixture. The remaining material is then passed over a series of screens, which separates the diamonds from the other mineral matter.
One of the advantages of DMS is its high efficiency in separating diamonds from other minerals. The process can achieve a high degree of accuracy and can be used to recover a wide range of diamond sizes, from large rough stones to small, industrial-grade diamonds.