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China Suppliers Factory: Custom Stacked Iron Core Made of High Magnetic Permeability 1J85 Material

Product Number: AEKL02001

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Specifications: Customized

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Product Description: This premium product is crafted from high magnetic permeability 1J85 material, ensuring superior magnetic performance with minimal residual magnetism. As a leading choice for various applications, our permalloy stacked iron core is designed to meet the stringent standards of industries requiring efficient magnetic solutions.

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Product Category: Permalloy Stacked Iron Core

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Source your high-quality permalloy stacked iron cores from trusted China suppliers and factories, committed to delivering excellence and innovation in magnetic materials.

    Product Introduction

    Stacked iron core designed for high-performance electromagnetic applications.

    Application Fields

    Widely used in transformers, small transformers, sensors, reactors, and chokes in electronic equipment.

    Core Material

    High magnetic permeability permalloy soft tape materials (e.g., 1J85, 1J50) offering excellent performance and low loss.

    Exquisite Craftsmanship

    Seiko punch machine continuous mold making ensures precise size, high utilization rate, and high efficiency.

    High Customization

    Tailored to meet the diverse needs of customers with various custom specifications.

    Process Features

    Welding or lamination riveting forming ensures fast, efficient, and robust core assembly.

    Permalloy (such as 1J85 and 1J50) is a soft magnetic material with high magnetic permeability and low loss. This means that under the same magnetic field strength, permalloy can produce stronger magnetic flux density, thereby improving the efficiency and performance of electromagnetic components. The high magnetic permeability enables the laminated core to exhibit excellent magnetic properties even under low magnetic field intensity, making it suitable for various electromagnetic applications requiring high sensitivity and precision.

    In terms of manufacturing process, laminated cores are usually formed by welding or lamination riveting. These process methods are fast and efficient and can produce high-quality iron cores on a large scale. The welding process ensures that the various parts of the iron core are tightly combined to form a whole, thereby improving the mechanical strength and stability of the iron core. The laminated riveting process forms an integral iron core by stacking and riveting multiple thin sheets of material together. This method not only improves the mechanical strength of the iron core, but also effectively reduces eddy current losses.

    The application of laminated cores in electromagnetic components has significant advantages. Its high magnetic permeability, low losses and excellent mechanical properties make it ideal for a variety of electromagnetic components. Whether in transformers, transformers, magnetic amplifiers or other electromagnetic applications, laminated cores can provide excellent performance and reliability to meet the needs of various high-performance electromagnetic components.

    Specification
    Trademark level Strip thickness mm At 0.08 magnetic field permeability uo GS/Oe Maximum magnetic permeability um Gs/Oe Coercivity HC Saturation magnetic hardness BS GS
    no less than no greater than no less than
    1J79B YB/T5251-2013 0.05 20000 150000 0.03 7500
    0.1 22000 200000 0.02
    0.2 24000 220000 0.015
    1J85B YB/T5251-2013 0.05 45000 150000 0.02 6500
    0.1 55000 180000 0.015
    0.2 65000 220000 0.01
    0.3 65000 250000 0.009
    Note: The magnetic properties of YB/T5251-2013 in the above table are measured under DC state.
    Frequently Asked Questions
    What are the primary applications of stacked iron cores?
    Stacked iron cores are widely used in electromagnetic components such as transformers, small transformers, sensors, reactors, and chokes in electronic equipment.
    Why is Permalloy (like 1J85 and 1J50) used for these cores?
    Permalloy is a soft magnetic material featuring high magnetic permeability and low loss. Under the same magnetic field strength, it produces stronger magnetic flux density, which improves the overall efficiency and performance of electromagnetic components.
    What are the benefits of the lamination riveting process?
    The laminated riveting process stacks and rivets multiple thin sheets of material together. This method enhances the mechanical strength and stability of the iron core while effectively reducing eddy current losses.
    What craftsmanship is involved in manufacturing these cores?
    The production uses Seiko punch machine continuous mold making for precise sizing, high material utilization rate, and high speed. The final cores are formed using either welding or lamination riveting techniques.
    Are the stacked iron cores customizable?
    Yes, we offer a high degree of customization. Various specifications and dimensions can be customized to meet the diverse and specific needs of our customers.