Applications
From distribution transformers to smart meters, solar inverters and EV chargers — choose the right core material and format for your application.
Power & Distribution Transformers
Wound cores for distribution and power transformers reduce no-load loss and audible noise. We wind, cut and anneal grain-oriented silicon steel cores from 23Q110 to 30Q120, in toroidal, C-core and three-phase 3D formats.
See recommended cores →Instrument Transformers (CT / VT)
Current and voltage instrument transformers rely on stable permeability and low phase error. Nanocrystalline and silicon steel toroidal cores are supplied epoxy coated, taped or cased for potting.
See recommended cores →Current Transformers & RCDs
Residual current devices and precision current transformers need high initial permeability. Our nanocrystalline toroidal cores reach high permeability with low coercivity, keeping trip thresholds stable over temperature.
See recommended cores →Reactors & Chokes
Detuned reactors, smoothing reactors and PFC chokes use gapped or cut cores to hold inductance under load. We supply C-type cut cores and gapped silicon steel cores with controlled air gaps.
See recommended cores →Inductors & Common-Mode Chokes
Common-mode chokes for EMI suppression use high-permeability nanocrystalline or MnZn ferrite cores. We supply bare, coated and cased cores for household, industrial and automotive EMI filters.
See recommended cores →Smart Meters & Energy Measurement
Single- and three-phase smart meters use small nanocrystalline or silicon steel cores for current sensing. Tight tolerance and stable permeability keep metering accuracy within class 0.5S / 0.2S.
See recommended cores →Solar Inverters & Energy Storage
String and central inverters use nanocrystalline and ferrite cores in boost inductors, transformers and EMI filters. Low loss at high frequency keeps efficiency and temperature in check.
See recommended cores →EV Chargers & On-Board Chargers
DC fast chargers and on-board chargers use nanocrystalline cut cores in resonant inductors and transformers. High saturation flux density keeps size small at high power.
See recommended cores →Inverter Welders
Inverter welding machines use nanocrystalline cores in the main transformer to cut weight and improve duty cycle. We supply coated toroidal and C-type cores rated for welding duty.
See recommended cores →Switch-Mode Power Supplies
SMPS transformers and output chokes use MnZn ferrite EE/ER cores and nanocrystalline cores where low loss matters. Standard and custom geometries are available.
See recommended cores →EMI Filters & Line Chokes
Common-mode and differential-mode chokes in EMI filters rely on high-permeability cores. Nanocrystalline and NiZn ferrite rings cover broadband suppression from 10 kHz to hundreds of MHz.
See recommended cores →Request a quote or sample
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