SP2810 Ferrosilicon Powder (Gas-atomized) FeSi3.5

Ferrosilicon FeSi3.5 Powder (Gas-atomized) Description

Ferrosilicon FeSi3.5 Powder is processed into a metal soft magnetic core through insulation and coating, followed by a powder metallurgy process. It possesses unique functions such as magnetoelectric conversion and energy storage filtering. The insulating coating layer on the surface of the powder effectively enhances its electrical resistivity, resulting in lower losses under medium and high-frequency conditions. Additionally, the thin insulating layer has minimal impact on the material's saturation magnetic induction.

Ferrosilicon FeSi3.5 Powder (Gas-atomized) Specifications

Ferrosilicon FeSi3.5 Powder (Gas-atomized) Applications

• Switching regulator inductor
• PFC circuit inductance
• EMI filter
• Boost inductor

Ferrosilicon FeSi3.5 Powder (Gas-atomized) Packaging

Our Ferrosilicon FeSi3.5 Powder (Gas-atomized) is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

FAQs

1. What is Ferrosilicon Powder (Gas-atomized) FeSi3.5?

Ferrosilicon Powder (Gas-atomized) FeSi3.5 is a high-performance alloy made primarily of iron and silicon, produced through the gas atomization process. This powder is used in a range of industrial applications, particularly in magnetic and electronic components, due to its unique properties.

2. What are the key characteristics of FeSi3.5 powder?

Ferrosilicon FeSi3.5 powder is characterized by:

High saturation magnetization

High permeability

High electrical resistivity

Low coercivity

Low hysteresis

Improved energy storage and filtering properties

These properties make it suitable for medium and high-frequency applications, especially in magnetic cores and electronic components.

3. How is FeSi3.5 powder produced?

FeSi3.5 powder is produced through gas atomization, where molten ferrosilicon is rapidly cooled using high-pressure gas to form fine powder particles. This process results in uniform particle size and excellent material properties, making it ideal for advanced industrial applications.