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NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors

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    Buy cheap NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors from wholesalers
     
    Buy cheap NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors from wholesalers
    • Buy cheap NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors from wholesalers
    • Buy cheap NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors from wholesalers
    • Buy cheap NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors from wholesalers

    NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors

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    Brand Name : Senphus
    Model Number : NF46
    Certification : SGS, ISO9001
    Price : TBD
    Payment Terms : T/T, D/P
    Supply Ability : 30 Tons Per Day
    Delivery Time : 3 days
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    NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors

    NF46 PTC Ni-Fe Alloy Wire Low Curie Point and Medium Saturation Polarization for Inductors and Current Sensors, Resistance0.46


    The PTC Ni-Fe alloy NF46 is distinguished by its very low coercive field, which can be as low as 2 A/m, making it highly suitable for high precision torque sensors. This alloy's magnetic properties can be finely tuned by adding elements like copper, chromium, or titanium, effectively reducing remanence and the coercive field. Its tuned Curie point and Hopkinson peak are driving new non-contact temperature sensing technologies.
    NF46 exhibits great plasticity and soft magnetic behavior when austenitic, with magnetic anisotropy energies that approach zero at around 80% wt Ni. This places it in competition with cobalt-based amorphous and nanocrystalline FeCuNbSiB materials, known for their low coercive fields and high permeabilities. The alloy also features a saturation polarization of medium amplitude at room temperature, which is crucial for magnetic applications.
    Furthermore, Ni45-50 offers corrosion resistance and high workability, allowing for the creation of complex shapes and structures, which is beneficial for a range of applications from traditional uses in transformers and synchro-resolvers to modern applications in additive manufacturing. Ongoing research is focused on further enhancing its magnetic properties and expanding its technological applications.

    Main Chemical Composition Wt.% NF46 PTC Ni-Fe Alloy%NiFe
    Min45
    Max50Bal.

    Some Key Features of NF46 Include:


    1. Low Coercive Field:

    This alloy can exhibit a very low coercive field, which is beneficial for applications requiring high magnetic sensitivity.


    2. Magnetic Properties Tunability:

    The magnetic properties of NF46 can be adjusted by adding elements like copper, chromium, or titanium, effectively reducing the remanence and the coercive field.


    3. Tuned Curie Point and Hopkinson Peak:

    These features are advantageous for new non-contact temperature sensing technology, making the alloy suitable for precise temperature control applications.


    4. Great Plasticity and Soft Magnetic Behavior:

    When austenitic, these face-centered cubic (fcc) Fe-Ni materials exhibit great plasticity and very soft magnetic material (SMM) behavior with respect to magnetic anisotropy energies.


    5. Low Curie Point:

    Industrial austenitic FeNi(Cr,Mo,etc) alloys, similar to Ni45-50, are characterized by a low Curie point (20 < Tc < 450 °C), which is useful in various temperature-sensitive applications.


    6. Saturation Polarization:

    NF46 has a saturation polarization of medium amplitude at room temperature, which is a significant property for magnetic applications.


    7. Corrosion Resistance:

    Ni-Fe alloys typically offer good corrosion resistance, making them suitable for use in harsh environments.


    8. High Workability:

    These alloys are often easy to work with, allowing for the creation of complex shapes and structures through processes like high energy ball milling.


    9. Potential for Technological Applications:

    Ongoing research and development in the field of Fe-Ni alloys, including NF46, are focused on improving their magnetic properties and expanding their applications in various technological fields.


    These features make NF46 alloys suitable for a range of applications, from aerospace and medical to automotive and energy sectors, due to its hardness, corrosion resistance, and thermal stability.


    Applications:


    • Transformer Components: NF46 alloys are traditionally used in the manufacturing of cut-out parts for transformers due to their magnetic properties .
    • Synchro-Resolvers: These alloys are utilized in synchro-resolvers, which are precision devices used for measuring angular position in various control systems.
    • Miniaturized Motors: The magnetic characteristics of NF46 make it suitable for use in the construction of miniaturized motors.
    • High-Sensitivity Relays: Stamped parts for high-sensitivity relays are made from Ni45-50 alloys, benefiting from the material's magnetic properties .
    • Low-Frequency Inductors: NF46 alloys are used in low-frequency inductors, where their magnetic properties contribute to the efficiency of these components.
    • Open-Loop Current Sensors: The cores for open-loop current sensors are often made from NF46 alloys, leveraging their magnetic properties for accurate current sensing .
    • Temperature-Controlled Induction Heating: The alloy's properties make it suitable for use in temperature-controlled induction heating applications, where precise temperature regulation is required.
    • Additive Manufacturing: NF46 alloys are also used in additive manufacturing to create actuator parts, taking advantage of the material's ability to be processed into complex shapes .
    • Torque Sensors: The development of high precision torque sensors benefits from the very low coercive field possible with NF46 alloys .
    • Gas Safety Actuators: NF46 alloys are used in gas safety actuators, where their magnetic properties contribute to the reliability and safety of the devices.
    These applications highlight the versatility of the PTC Ni-Fe alloy NF46, which is valued for its magnetic properties, low coercive field, and ability to be tailored for specific technological needs.

    Resistance Values and Naming Conventions for PTC Ni-Fe Alloy Wires


    Alloy brand20℃ ResistivityThe tolerance range
    NF130.13±0.02
    NF150.15±0.02
    NF200.20±0.02
    NF230.23±0.02
    NF250.25±0.02
    NF320.32±0.02
    NF360.36±0.02
    NF380.38±0.02
    NF400.40±0.02
    NF430.43±0.02
    NF460.46±0.02
    NF520.52±0.02
    NF600.60±0.02

    Chemical Composition of Different Models of PTC Ni-Fe Alloy Wire


    Alloy brandChemical element
    Ni %Fe %
    NF1385-95Rest
    NF1575-85Rest
    NF2070-75Rest
    NF2360-65Rest
    NF2560-65Rest
    NF3250-55Rest
    NF3650-55Rest
    NF3850-55Rest
    NF4050-55Rest
    NF4345-50Rest
    NF4645-50Rest
    NF5245-50Rest
    NF6045-50Rest

    Temperature Coefficients of Different Models of PTC Ni-Fe Alloy Wire


    Alloy brand120℃ Temperature coefficient PPMThe tolerance range PPM
    NF134200±300
    NF154400±300
    NF204500±300
    NF234800±300
    NF254600±300
    NF324200±300
    NF363800±300
    NF384000±300
    NF403800±300
    NF433400±300
    NF463200±300
    NF523000±300
    NF602500±300

    Mechanical properties (tensile strength)


    CategoryDiameter range
    mm
    Elongation rate
    ≥ %
    Cold drawn wire0.05 > d < 0.1≥ 18
    0.1 > d < 0.3≥ 20
    0.3 > d < 0.5≥ 20
    0.5 > d < 1.0≥ 20

    Size (diameter)


    Alloy CodeDiameter mm
    WireRodWire rod
    NF130.05-8.012-308-14
    NF150.05-8.012-308-14
    NF200.05-8.012-308-14
    NF230.05-8.012-308-14
    NF250.05-8.012-308-14
    NF320.05-8.012-308-14
    NF360.05-8.012-308-14
    NF380.05-8.012-308-14
    NF400.05-8.012-308-14
    NF430.05-8.012-308-14
    NF460.05-8.012-308-14
    NF520.05-8.012-308-14
    NF600.05-8.012-308-14

    Quality NF46 PTC Ni-Fe Alloy Wire for Inductors and Current Sensors for sale
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