How FeCo35 Alloy Powder Enhances Magnetic Performance in Advanced Applications

FeCo35 alloy powder is a high-performance iron-cobalt magnetic material known for its excellent saturation magnetization and high Curie temperature. It is widely used in electrical motors, transformers, and magnetic sensors requiring strong magnetic properties and thermal stability.

Superior Magnetic Properties

FeCo35 offers:

• High saturation magnetization for efficient magnetic flux

• Elevated Curie temperature ensuring stable performance under heat

• Low coercivity for reduced energy loss during magnetization cycles

These features make it ideal for high-frequency transformers, actuators, and electromagnetic devices.

Excellent Thermal Stability and Mechanical Strength

The alloy maintains magnetic and mechanical properties at elevated temperatures, enabling:

• Reliable operation in demanding thermal environments

• Resistance to mechanical stress and fatigue

• Longevity in industrial and automotive applications

Optimized for Additive Manufacturing

Produced by advanced gas atomization, FeCo35 powder ensures:

• High sphericity and consistent particle size distribution

• Smooth flowability for selective laser melting (SLM) and other powder bed fusion methods

• Uniform layer deposition for precision components

Application Areas

• High-performance electric motors and generators

• Precision magnetic sensors and actuators

• Transformer cores for power electronics

• Aerospace and automotive electromagnetic components

Benefits Summary

• Strong magnetic saturation and thermal resistance

• Mechanical durability under thermal cycling

• Compatible with modern additive manufacturing techniques

• Extended service life in harsh environments

Frequently Asked Questions (FAQ)

Q1: What particle size is typical for FeCo35 powder?
A1: Standard D50 ranges from 15 to 45 μm, ideal for additive manufacturing.

Q2: Can FeCo35 be heat treated for improved properties?
A2: Yes, annealing processes optimize magnetic and mechanical characteristics.

Q3: Is FeCo35 suitable for sintering processes?
A3: Yes, it supports powder metallurgy and sintering for bulk magnetic parts.

Conclusion

FeCo35 offers a reliable solution for high-performance magnetic applications, combining excellent saturation, thermal stability, and processability.

Contact HUAXIAO TECH for custom FeCo35 powder and expert technical support.