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  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
  • KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon
KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon

KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core Used High Quality Metglas Ribbon

$21.20-$35.30/ Set|1 Set/Sets(Min. Order)

Customization:

AL Value(Min.Order: 10000 pieces)

KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core Used High Quality Metglas Ribbon

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Permeability & Low Core Loss: Optimized for high-frequency power electronics, inductive components, and transformers, ensuring efficient energy transfer and minimal power dissipation.
  • Customizable Core Design: Available in multiple sizes and configurations to suit specific applications, leveraging Metglas ribbon technology for superior magnetic performance.

Key features

  • 1. Advanced Amorphous Metglas Material Technology

  • With amorphous Metglas ribbon construction, achieve high permeability and low core loss, outperforming conventional ferrite cores*.

  • 2. Split Design for Easy Assembly/Disassembly

  • With a split design, easily assemble/disassemble the core for maintenance or reconfiguration, unlike solid-core alternatives*.

  • 3. High-Frequency Efficiency

  • With high permeability and low core loss, efficiently concentrate magnetic fields and reduce eddy current losses at high frequencies, ideal for power electronics and inductive components.

  • 4. Customizable Industrial Solutions

  • With customizable sizes and material compositions (amorphous/nanocrystalline), adapt to diverse industrial applications, from high-current loads to precision requirements*.

  • 5. Industrial-Grade Reliability

  • With compliance to industrial magnet standards, ensure durability and performance in demanding environments, meeting rigorous operational demands.

Product details

KMAC-100 High Permeability Low Core Loss Customized Amorphous c Core  Used High Quality Metglas Ribbon

The KMAC-100 High Permeability Low Core Loss Customized Amorphous C Core is engineered for industrial magnet applications, leveraging advanced amorphous/nanocrystalline composite materials (Metglas ribbon) to deliver exceptional performance in power electronics, transformers, and inductive components. Its split design and customizable size options ensure adaptability to diverse high-frequency and high-current requirements.

Technical specifications

FeatureSpecificationBenefit
Material CompositionAmorphous/nanocrystalline composite (Metglas ribbon)Ultra-high permeability (50,000–100,000) and minimal core loss (<20 mW/cm³ @ 10 kHz)
Core Loss<20 mW/cm³ @ 10 kHz20% lower loss than traditional ferrite cores
Permeability50,000–100,000Efficient magnetic field concentration
Frequency RangeUp to 20 kHzIdeal for high-frequency power applications
CustomizationAdjustable size and shapeTailored to specific current load demands

Customization guide

Adjust size and shape parameters to meet specialized needs, such as:

  • Larger cores for high-current industrial transformers.
  • Smaller cores for compact electronic devices requiring low-profile inductors.
  • Material composition optimization (e.g., nanocrystalline alloys) for enhanced thermal stability.

Get inspired

Elevate your power electronics with KMAC-100 cores. Whether designing high-efficiency transformers or robust inductive components, our customizable amorphous cores ensure minimal energy loss and superior magnetic performance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Core Loss20 mW/cm³ @10kHz15 mW/cm³ @15kHz10 mW/cm³ @20kHz
Permeability50,00075,000100,000
Max Frequency10 kHz15 kHz20 kHz
Current Rating10A15A20A

Supplier's note

  1. Three Technical Breakthroughs:

    • Amorphous/Nanocrystalline Composite: Combines the high permeability of amorphous alloys with nanocrystalline stability for unmatched efficiency.
    • Ultra-Low Core Loss: 20% lower than ferrite cores, enabling reliable operation in high-temperature environments.
    • Scalable Permeability: Adjustable material ratios allow permeability tuning to match specific application needs.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard industrial applications (e.g., low-frequency inverters) where cost-efficiency is prioritized.
    • Advanced Model: Optimal for mid-range power systems (e.g., solar inverters) requiring 15 kHz operation and moderate current handling.
    • Pro Model: Designed for high-demand scenarios like electric vehicle chargers, where 20 kHz frequency and 20A current capacity are critical.

With the Pro model’s 100,000 permeability, you can achieve 40% smaller coil sizes while maintaining magnetic efficiency. Its 10 mW/cm³ core loss ensures stable performance even in high-temperature industrial settings. Pair this with its 20A rating to handle demanding power conversion tasks seamlessly.

Frequently asked questions

  • Which KMAC-100 model suits high-frequency transformers in industrial power supplies?

  • How do I clean and maintain the split-design KMAC-100 cores?

  • Amorphous vs. Ferrite cores: Which is better for high-frequency applications?

  • Can the KMAC-100 be customized for specific inductive component needs?

  • Is the Metglas ribbon in the KMAC-100 FDA-approved for medical equipment?

  • How does the KMAC-100 handle temperature fluctuations in industrial settings?

  • What’s the difference between amorphous and nanocrystalline composites in the KMAC-100?

  • Can I request a custom KMAC-100 core size for low-current IoT devices?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Amorphous CoresRenewable energy inverters, high-frequency transformers▲▲▲ Permeability: 80,000+ (ASTM A355)
Core Loss: 0.05 W/kg (IEC 60208)
Ultra-low loss at 10-50 kHz
High permeability for compact designs
Brittle material
Costly production (30% higher than ferrite)
Ferrite CoresPower supplies, low-frequency transformers▲ Permeability: 2,000–10,000 (ASTM A355)
Curie Temp: 150°C (IEC 60939)
Cost-effective
Rugged and durable
Higher loss at >10 kHz
Lower permeability limits miniaturization
Nanocrystalline CoresAutomotive inverters, sensor applications▲▲▲▲ Permeability: 120,000+ (ASTM A355)
Saturation Flux: 1.5 T (ISO 9819)
Highest permeability for ultra-compact designs
Excellent temperature stability
Most expensive (50% higher than amorphous)
Requires precise manufacturing
Silicon Steel CoresLow-frequency power transformers▲ Saturation Flux: 2.0 T (IEC 60404-2)
Loss: 1.2 W/kg (IEC 60404-3)
High saturation flux for heavy current loadsSignificant eddy current loss at >5 kHz
Bulky size for high-power apps
Powder CoresAudio equipment, high-current inductors▲▲ Permeability: 50–500 (ASTM A355)
Current Handling: 100+ A (IEC 60947)
High thermal stability
Minimal magnetostriction
Lower permeability limits frequency use
Higher core loss at >1 kHz
Hybrid CoresHybrid power systems, aerospace▲▲ Mixed materials (e.g., ferrite + amorphous)
Loss: 0.1 W/kg (IEC 60208)
Balances permeability and cost
Customizable for niche applications
Complex manufacturing
Limited scalability for mass production

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