FE5081 Ferrosilicon FeSi5.5 Powder

Ferrosilicon FeSi5.5 Powder Description

Ferrosilicon FeSi5.5 Powder possesses a high specific resistance, a magnetostrictive coefficient of nearly zero, and low magnetocrystalline anisotropy. These properties render FeSi5.5 significant in the magnetic device industry. The high sphericity of the powder, along with its good flowability and smooth surface, allows FeSi5.5 Powder to be utilised in powder metallurgy processes such as 3D printing.

Ferrosilicon FeSi5.5 Powder Specifications

Chemical Composition of Ferrosilicon FeSi5.5 Powder (wt-% )

Ferrosilicon FeSi5.5 Powder Applications

• Iron and Steel Production: Ferrosilicon FeSi5.5 Powder frequently serves as a deoxidiser and alloying agent in the production of iron and steel. It assists in removing impurities, improving castability, and enhancing the mechanical properties of the final products.
• Casting Industry: The alloy powder is employed in the casting industry for producing castings. It promotes good flowability during casting, improves the solidification process and the mechanical characteristics of the cast pieces.
• Welding Electrodes: Ferrosilicon FeSi5.5 Powder is routinely added to welding electrodes to enhance weldability and the mechanical properties of the weld joint. It helps control the solidification rate, reduces porosity, and increases the strength of the welded components.
• Magnesium Production: The alloy powder is utilised in the production of magnesium alloys. It acts as an alloying element to enhance the strength, corrosion resistance, and thermal stability of magnesium-based materials.
• Chemical Industry: Ferrosilicon FeSi5.5 Powder finds application in the chemical industry for synthesising various compounds and alloys. It is a raw material for producing silicones, silicon alloys, and other chemical compounds.

Ferrosilicon FeSi5.5 Powder Packaging

Our Ferrosilicon FeSi5.5 Powder is carefully handled during storage and transportation to maintain the quality of our product in its original condition.