ZhenAn ferrosilicon Manufacturers
Definition of ferrosilicon
In the field of metallurgy, ferrosilicon is one of the most compelling alloys, consisting mainly of iron and silicon. Its composition typically consists of 75 to 90 percent silicon, making it a very important substance in various industries.
This alloy is known for its exceptional properties, with a high melting point, low density and truly exceptional magnetic properties.
The process of producing ferrosilicon involves reducing quartzite or sand with coke or charcoal in an electric arc furnace to form an alloy, which is then crushed into different particle sizes to meet specific application needs.
Composition and properties of ferrosilicon
The composition of ferrosilicon is a fascinating mixture of iron and silicon, with silicon being the main element. The silicon content in ferrosilicon determines its various properties, including density, melting point and magnetism.
The density of this alloy ranges from 6.7 to 7.1 g/cm3, while its melting point can reach an impressive 1,400°C. Additionally, ferrosilicon exhibits excellent magnetic properties, making it of great utility in numerous magnetic applications.