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Cobalt-Vanadium-Iron Soft Magnetic Alloys

Cobalt-vanadium-iron soft magnetic alloys are high-performance magnetic materials primarily composed of cobalt and iron. They exhibit excellent magnetic properties and are widely used in applications that demand superior performance.

Grade	Resistivity (μΩ·m)	Curie Temperature (℃)	Coercivity Hc (Oe)	Magnetic Induction (Gs)*
				B400	B2400	B4000	B8000
1J22Series*	0.4	980	≤1.4	≥17000	≥21000	≥22000	≥23000
1J27Series*	0.19	925	≤1.8	B800	B4000	B12000	B160000
				≥15000	≥18000	≥21200	≥22100

REMARKS
1: The 1J22 series alloys have similar main compositions and include subgrades such as 1J21, 1J22, and 1J22HK. Their magnetic properties differ slightly. Key features include: high saturation magnetic induction, high Curie temperature, large magnetostrictive coefficient, and high mechanical strength.
2: The magnetic properties of 1J27 are slightly lower than those of other grades, but it offers better ductility, fatigue resistance, workability, and weldability.

Key Advantages

High Saturation Magnetic Induction (Bs)
Among all existing soft magnetic materials, they offer the highest saturation magnetic induction, reaching up to 2.4T. For example, the magnetostriction coefficient of 1J22 can reach 60–100×10⁻⁶.

High Curie Temperature (Tc)
These alloys maintain excellent magnetic properties even at elevated temperatures, making them suitable for high-temperature environments.

Outstanding Magnetostrictive Properties
Ideal for use in transducers, they can significantly improve energy output and conversion efficiency.

Miniaturization Advantage
The high Bs enables electromagnetic devices to maintain power while reducing size, enhancing overall integration and compactness.

Considerations

These alloys have relatively low resistivity and higher eddy current losses, making them unsuitable for high-frequency applications.
Processing and oxidation resistance can be improved by adding elements such as Ni (nickel) and V (vanadium).
Surface coating protection is recommended in most applications.

Application Fields

Commonly used in aerospace electrical components, miniature motors, electromagnets, relays, and motors that require compact size and high-temperature performance.

Cobalt-Vanadium-Iron Soft Magnetic Alloys

Cobalt-vanadium-iron soft magnetic alloys are high-performance magnetic materials primarily composed of cobalt and iron. They exhibit excellent magnetic properties and are widely used in applications that demand superior performance.

Key Advantages

High Saturation Magnetic Induction (Bs)
Among all existing soft magnetic materials, they offer the highest saturation magnetic induction, reaching up to 2.4T. For example, the magnetostriction coefficient of 1J22 can reach 60–100×10⁻⁶.

High Curie Temperature (Tc)
These alloys maintain excellent magnetic properties even at elevated temperatures, making them suitable for high-temperature environments.

Outstanding Magnetostrictive Properties
Ideal for use in transducers, they can significantly improve energy output and conversion efficiency.

Miniaturization Advantage
The high Bs enables electromagnetic devices to maintain power while reducing size, enhancing overall integration and compactness.

Considerations

These alloys have relatively low resistivity and higher eddy current losses, making them unsuitable for high-frequency applications.

Processing and oxidation resistance can be improved by adding elements such as Ni (nickel) and V (vanadium).

Surface coating protection is recommended in most applications.

Application Fields

Commonly used in aerospace electrical components, miniature motors, electromagnets, relays, and motors that require compact size and high-temperature performance.

Typical Grades

1J21, 1J22, 1J27, etc.

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Cobalt-Vanadium-Iron Soft Magnetic Alloys

Cobalt-vanadium-iron soft magnetic alloys are high-performance magnetic materials primarily composed of cobalt and iron. They exhibit excellent magnetic properties and are widely used in applications that demand superior performance.

Key Advantages

High Saturation Magnetic Induction (Bs)Among all existing soft magnetic materials, they offer the highest saturation magnetic induction, reaching up to 2.4T. For example, the magnetostriction coefficient of 1J22 can reach 60–100×10⁻⁶.

High Curie Temperature (Tc)These alloys maintain excellent magnetic properties even at elevated temperatures, making them suitable for high-temperature environments.

Outstanding Magnetostrictive Properties Ideal for use in transducers, they can significantly improve energy output and conversion efficiency.

Miniaturization Advantage The high Bs enables electromagnetic devices to maintain power while reducing size, enhancing overall integration and compactness.

Considerations

These alloys have relatively low resistivity and higher eddy current losses, making them unsuitable for high-frequency applications.

Processing and oxidation resistance can be improved by adding elements such as Ni (nickel) and V (vanadium).

Surface coating protection is recommended in most applications.

Application Fields

Commonly used in aerospace electrical components, miniature motors, electromagnets, relays, and motors that require compact size and high-temperature performance.

Typical Grades

1J21, 1J22, 1J27, etc.

Achieve your project goals with our support. Contact us now.

Get a free quote or consultation now

Hangzhou Yongjian Technology Co., Ltd.

3rd Floor, No. 1040, Yueming Road, Binjiang District, Hangzhou

High Saturation Magnetic Induction (Bs)
Among all existing soft magnetic materials, they offer the highest saturation magnetic induction, reaching up to 2.4T. For example, the magnetostriction coefficient of 1J22 can reach 60–100×10⁻⁶.

High Curie Temperature (Tc)
These alloys maintain excellent magnetic properties even at elevated temperatures, making them suitable for high-temperature environments.

Outstanding Magnetostrictive Properties
Ideal for use in transducers, they can significantly improve energy output and conversion efficiency.

Miniaturization Advantage
The high Bs enables electromagnetic devices to maintain power while reducing size, enhancing overall integration and compactness.

Achieve your project goals with our support.
Contact us now.