High Current Flat Wire Inductors
ProMagTech manufactures custom flat wire inductors, planar transformers, PFC inductors and EMI filter magnetics for EV chargers, energy storage PCS, solar inverters and industrial power converters.
Featured Technical Resources
Engineering pages for buyers comparing flat wire inductors, PFC inductors, integrated magnetics and high-current sample-stage design cases.
AIDC and energy storage PCS inductor guide
Review saturation margin, DCR, core loss, thermal structure and validation checkpoints for high-current inductors.
Flat wire inductor selection guide
Compare flat wire and round wire winding for DCR, thermal path, saturation behavior and power density.
20-60kW PFC inductor design guide
Selection and calculation notes for charging-station and industrial three-phase PFC inductors.
Magnetic integration transformer design
Review transformer and resonant inductor integration for compact high-frequency power converters.
120V 40A 66kHz flat-wire inductor case
An anonymized high-current design case covering DC bias, compact envelope and sample-stage checks.
Evidence-backed buyer resources
Public evidence for engineers and sourcing teams reviewing ProMagTech's manufacturing process, sample-stage design work and inspection scope.
Factory process, equipment and test evidence
Open workshop photos, flat wire process images, testing photos, product files and redacted quality records.
Redacted outgoing inspection report
Review public OQC fields for inductance, DC bias, leakage inductance, DCR, hi-pot and insulation resistance checks.
Redacted 20 kW-class PFC inductor case
Use the anonymized case skeleton for ripple control, magnetic loss, thermal path, insulation and mounting review.
120 V / 40 A / 66 kHz flat-wire inductor case
Read the anonymized sample-stage case with DC bias roll-off, compact envelope and validation checkpoints.
Core Advantages
Why industry leaders choose ProMagTech
Low DCR Flat Wire Design
Flat copper wire winding is reviewed against DCR, AC loss, thermal path and DC bias requirements. Final loss and temperature rise must be confirmed by sample test data.
Precision R&D
Engineering review starts from converter topology, current waveform, insulation requirements, thermal path and mechanical envelope. Custom design support is documented through project-specific drawings, samples and test records.
Process and test evidence
Public evidence now includes factory process photos, production equipment photos, finished-product inspection images, product files and redacted inspection records.
Global Service Network
Project communication supports overseas buyers in Southeast Asia and other export markets. Published evidence now focuses on process records, inspection scope, product files and engineering review materials.
Rapid Customization
Custom design review starts from inductance, current waveform, frequency, cooling method and mechanical envelope. Sample timing is confirmed after engineering review.
Project-specific inspection review
Inspection scope can cover inductance, DCR, DC bias, leakage inductance, turns ratio, hi-pot and insulation resistance according to the approved sample record.
