Laboratory
Laboratory of Advanced Magnetic Materials

Our activity:
The Laboratory of Advanced Magnetic Materials conducts research, including development of techniques for measuring magnetic properties of magnetic materials, as:
- nanocomposites
- nanocrystalline and amorphous magnetically soft materials
- magnetically hard materials
Application of magnetic materials:
These materials are used in key sectors such as:
- power electronics
- power engineering
- transport
- medicine

Offer
Offer
The Advanced Magnetic Materials Laboratory offers:
- Consulting on the selection of magnetic materials for dedicated applications
- Consulting in the selection of measurement techniques for defined geometries of magnetic materials
- Measurement services for soft magnetic materials
- Measuring services for hard magnetic materials
- Measurement services for electric motor stators
- Magnetization services for magnetically hard materials
- Measurement services of chokes as a function of current
- Measurement services of dynamic characteristics using the Tektronix oscilloscope method
- Measurement services of inductive elements under load conditions

MODERN EQUIPMENT AND TEST STANDS
Equipment
Measuring systems:
Remacomp C-100/C-1200
Technical method stand
Permagraph L
EDK DPG 10
coertiometer
ferrometer
Tektronix oscilloscope method
Agilent impedance analyser
Accreditation
Accredited Laboratory

The laboratory is accredited by PCA AB456 with the test subject “Magnetic cores made of magnetically soft materials” with two test procedures
- PB-01: magnetic measurements using the Remacomp C-100 station, tested magnetic properties
-
- Magnetic induction B (10-3 – 2T)
- Magnetic residue Br (10-2 – 1.5T)
- Coercive field Hc (0.5 A/m – 2.5 kA/m)
- Total losses per unit of mass Ps (0.01 – 2000 W/kg)
- PB-02: technical method, tested magnetic properties
-
- Magnetic permeability µ (103 – 7×105) in the frequency range0.05-50 kHz
Laboratory
Contact
Łukasiewicz Research Network – Institute of Non-Ferrous Metals
Laboratory of Advanced Magnetic Materials
Sowińskiego 5 street
44-100 Gliwice, POLAND
Head of Laboratory: Łukasz Hawełek, PhD