Showing 1–9 of 29 results

  • amorphous cut cores

    Amorphous Cut Cores

    5.00 out of 5
    • Amorphous Cut Cores
    • Material: Grain-Oriented Electrical Steel
    • Frequency: 50-5KHZ
    • Size: Customized
    • Application: sensor, transformer, reactor, inductor…
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  • Amorphous Gapless Core

    Amorphous Gapless Core

    4.00 out of 5
    $500
    • Low core loss.
    • High saturation magnetic flux density.
    • High initial permeability.
    • Excellent high-frequency characteristics.
    • Low coercivity.
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  • amorphous toroidal core

    Amorphous Toroidal Core

    4.00 out of 5
    $500
    • Amorphous Toroidal Core
    • Standard: ISO9001:2015 / IATF 16949:2016
    • Material: Iron-based, iron-nickel-based, cobalt-based amorphous
    • Process: Bending, Decoiling, Welding, Painting, Cutting
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  • Audio Power Amplifier

    Audio Power Amplifier

    0 out of 5
    • This amp covers full audible frequency range with low distortion; AB and D types satisfy high-fidelity and energy-saving application demands separately.
    • Proper power matching and heat dissipation can extend amplifier lifespan and avoid instant current damage to internal circuit components.
    • Grain-oriented silicon steel core cuts transformer loss, stabilizes power supply and improves bass performance for all kinds of audio amplifiers.
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  • Charging Station Transformer

    Charging Station Transformer

    5.00 out of 5
    $500
    • 1. Product Performance & Core Structure
    • Optimized silicon steel core ensures high efficiency, low loss and stable adaptability for complex EV charging loads.
      2. Standard Operation & Maintenance Requirements
    • Standard operation, regular inspection and dry environment guarantee long-term safe and stable service.
      3. Industry Development Prospects
    • Boasts broad prospects, evolving toward high efficiency, intelligence and modularization for new energy markets.
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  • Common Mode Choke

    Common Mode Choke

    5.00 out of 5
    1. Material & Performance: Adopting nanocrystalline core features low high-frequency loss, high permeability and strong anti-saturation performance.
    2. Application & Usage: It efficiently suppresses common-mode interference and requires dry environments and standardized current load operation.
    3. Market Prospect: Strict EMC standards drive nanocrystalline common mode inductors to replace traditional ferrite products widely.
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  • Current Transformer Cores

    Current Transformer Cores

    0 out of 5

    The Heart of Measurement and Protection

    1. Toroidal winding + annealing – eliminates stress, reduces core loss.

    2. High permeability, low loss – closed magnetic path, good linearity.

    3. Avoid burrs & stress – burrs cause shorts; over-tightening kills accuracy.

    4. Low exciting current, high saturation – steeper B-H curve, better performance.

    5. Widely used in power measurement – from meter CTs to smart grid protection.

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  • EI silicon steel sheet

    EI Lamination Core Sizes

    4.00 out of 5
    • EI Lamination Core size.
    • The Silent Workhorse of Electrical Equipment.
    • The most critical step is annealing (heat treatment).
    • High magnetic permeability and low core loss.
    • Components keeping our electrified world running.
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  • EMI/EMC Filters

    EMI/EMC Filters

    5.00 out of 5
    1. Material & Performance: Adopting nanocrystalline core achieves ultra-low high-frequency loss and excellent wideband electromagnetic filtering performance.
    2. Application & Maintenance: It purifies power signals effectively and requires standardized installation and daily inspection for stable operation.
    3. Market Prospect: Upgrading EMC standards promote low-loss and miniaturized nanocrystalline filters to dominate the market.
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