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Fe75Ga25 sputtering target

Fe75Ga25 sputtering target

Fe75Ga25 sputtering target
Product No NRE-43639
CAS No. NA
Formula NA
Molecular Weight NA
Purity >99.9%
Density NA
Thickness 3 mm ± 0.5mm (can be customized)
Diameter 50 mm ± 1mm (can be customized)
Shape Round
Resistivity NA
Thermal Conductivity NA

Fe75Ga25 sputtering target

Applications:

Magnetic Thin Films:

Magnetic Sensors: The Fe75Ga25 alloy can be used to produce thin films with excellent magnetic properties, making it suitable for magnetic sensors and actuators.

Magnetic Memory Devices: The alloy’s high permeability and specific magnetic characteristics can be beneficial for magnetic storage media and memory devices.

Soft Magnetic Materials:

Transformers and Inductors: The alloy is useful in producing soft magnetic materials for transformers and inductors, where low core loss and high magnetic permeability are essential.

Electromagnetic Components: It can be used in various electromagnetic components to improve efficiency and performance due to its favorable magnetic properties.

Magnetic Shielding:

EMI Shielding: The alloy can be used in electromagnetic interference (EMI) shielding applications, where its magnetic properties help to absorb or block electromagnetic interference.

Magnetic Recording Media:

Data Storage: The high magnetic permeability and stability make it suitable for use in magnetic recording media, including hard drives and other data storage technologies.

Actuators and Sensors:

Precision Instruments: Fe75Ga25 can be employed in precision actuators and sensors due to its magnetic responsiveness and stability.

High-Performance Magnetic Devices:

Advanced Technologies: The alloy’s composition makes it suitable for advanced magnetic technologies, including high-performance magnetic devices that require specific magnetic properties and stability.

Research and Development:

Material Science: The unique composition of Fe75Ga25 makes it a candidate for R&D in exploring new magnetic materials and developing advanced technologies with improved magnetic characteristics.

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