
An amorphous alloy C-core reactor developed for high-current, high-frequency filtering applications. Featuring extremely high saturation magnetic flux density and very low losses, it is an ideal inductive component for modern power electronic converter equipment.
Order(MOQ) :
5 UnitsPrice Range :
1,800.00 USD/Unit
Engineered for high-current and high-frequency filtering, our 10-100KVAR C-Core Amorphous Reactor is an ideal inductive component for modern power electronic converters. Utilizing advanced amorphous alloy, it delivers ultra-low power loss and high power density, significantly reducing your equipment's overall footprint. Built with Class H insulation for extreme outdoor temperatures, it efficiently smooths DC-side current ripples to protect critical power components from sudden spikes. Widely applied in PV string inverters, wind power converters, high-power EV chargers, and APFs, this reliable filter is backed by TUV and UL certifications. We also support fully customized OEM solutions to guarantee seamless compliance for your global system integration.

| ENGINEERING BLUEPRINT | |
| PROJECT: | THREE-PHASE AMORPHOUS REACTOR |
| MATERIAL: | AMORPHOUS ALLOY |
| SCALE: | NTS |
| DWG NO. | AR-3P-C-001 |
|
Model Series |
Core Material |
Power / Capacity |
Key Benefits |
Application Industry |
Certification |
|
C-Amorphous |
Metglas Amorphous |
50VA - 3kVA |
Ultra-Low Core Loss |
Solar / UPS |
CE, RoHS |
|
C-Audio |
Grain Oriented Silicon |
25VA - 500VA |
High Fidelity / Linear |
Tube Amps / Guitar |
Custom |
|
C-Reactor |
Iron Core CKSC |
30 - 150KVAR |
Harmonic Mitigation |
Power Quality |
IEC, CE |
|
C-Current |
Permalloy / Nanocryst |
5A - 1A Output |
Class 0.2S Accuracy |
Metering / Protection |
IEC 61869 |
|
C-Filter |
Amorphous / Silicon |
10 - 100KVAR |
High Frequency Filter |
EV Charging / PV |
UL, TUV |
Photovoltaic string inverters, wind power converters, high-power EV charging piles, and APF active power filters.

Photovoltaic string inverters

High-power EV charging piles

Wind power converters

APF active power filters
✔ Advanced Amorphous Alloy Cores
Strict quality control utilizing high-performance amorphous alloys to ensure extremely high saturation magnetic flux density and ultra-low power loss.
✔ Rigorous Performance & Thermal Testing
Every reactor is tested for Class H insulation reliability, guaranteeing stable DC-side ripple smoothing in extreme outdoor environments.
✔ Multi-Sector Global Certifications
Products are manufactured through qualified facilities meeting stringent CE, UL, and TUV requirements for seamless system exports.
✔ Precision OEM Customization
Direct factory support offering rapid prototyping and custom fabrication engineered exactly to your specific technical drawings.
Q1: Why choose a C-Core Amorphous Reactor over traditional silicon steel reactors for power electronics?
Amorphous alloy cores feature exceptionally high saturation magnetic flux density and ultra-low core loss compared to standard silicon steel. This ensures higher energy efficiency, superior high-frequency filtering, and a more compact footprint. It is the ideal inductive component for minimizing energy waste in PV string inverters and high-power EV chargers.
Q2: Q2: Can you manufacture custom reactors according to our specific engineering drawings?
Yes, we provide comprehensive OEM customization services and can precisely fabricate the 10KVAR-100KVAR C-Core amorphous reactors based on your technical drawings. Whether you need customized dimensions to fit tight EV charger enclosures or specific inductance values for your inverter designs, we ensure the final product perfectly matches your system parameters.
Q3: Are these low-loss reactors suitable for harsh outdoor operating environments?
Absolutely. Our amorphous reactors are built with Class H insulation, providing outstanding thermal stability under heavy continuous loads. They are engineered to reliably smooth DC-side current ripples and protect critical power components in extreme temperature environments, making them perfect for outdoor wind power converters and fast EV charging piles.