|Place of Origin:||China ( Mainland)|
|Model Number:||ferrosilicon 75 72|
|Material:||Si Fe,Si Fe|
|Chemical Composition:||Si Al C S P|
|Product name:||ferro silicon|
|Color:||Silver Gray Black|
|shape:||Massive Spherical Powder|
|Market:||Global Mass Maket|
|package:||Tons of bags or according to your requirements|
|Melting Point:||1210°C and 1315°C|
|Boiling Point:||2355 C(lit.)|
|Name:||ferrosilicon hs fe si mg ferro silicon fine how to get ferrosilicon|
|Selling Units:||Single item|
|Single package size:||30X30X50 cm|
|Single gross weight:||65 KG|
|Package Type:||Tons of bags or according to your requirements|
3-4 kilograms of is used to produce one tonne of regular carbon steel, whereas stainless steel requires 5-10 times this amount of FeSi. Hence, we are always surrounded by products containing ferrosilicon.
Ferrosilicon Chemical Comoposition (%)
ferro silicon 75
ferro silicon 72
ferro silicon 65
Ferrosilicon is used in deoxidizing steel as well as other ferrous alloys. This helps to prevent loss of carbon from molten steel.
This alloy is also used in the manufacturing of other ferroalloys.
Ferrosilicon is extensively used in the metallurgical industry for the processes of atomization, casting, melting and heavy media separation reactions.
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.
Ferrosilicon is used as a source of pure silicon in the electric industry.
It is used to manufacture silicon copper in the chemical industry.
Ferrosilicon is used in the manufacturing of semiconductors.
It is used for making silicon steel that are used in transformer cores and electromotors.
Ferrosilicon is also sometimes used as a component in electrode coatings for arc welding.
It is used as a source of silicon as well as to produce high-temperature resistant and corrosion-resistant ferrous silicon alloys.
In short terms, the process may be described as follows: Iron ore (Fe2O3), quartz (SiO2) and carbon (C), in the form of coal, coke and biocarbon, is added at the top of the furnace. Three electrodes in the furnace is heating the material. At approximately 2000 C the carbon reacts with the oxygen in the quartz and we are left with liquid silicon. The iron oxide in the iron ore pellets reacts with the carbon through a similar reaction and forms pure iron. Melted iron and silicon mix and is then tapped in ladles. The metal is cooled and crushed into pieces of variable size, to meet the customer's demand.
Production flow chart of ferrosilicon:
Anyang Huahengfan produces ferrosilicon and provides quality products to every customer through strict quality inspection.
Ferrosilicon products have passed ISO-9001 and ISO-14001 certification.
Factory-made ferrosilicon products provide msds chemical safety instructions