DC field magnetometer
Up to 2 tesla, PC-linked measurement of hard-magnet loops.
HomeLaboratories
Characterization
Laboratories for research and materials testing.
Research is a measured loop, not an assumption. ISIT’s methods cover composition, microstructure, particle size and magnetic performance.
1.4 nmSEM / TEM resolution
ppmICP detection level
7 TPulse-field magnetometer
2 TDC field magnetometer
Materials laboratory
EquipmentSpecification
01SEM / TEMResolution 1.4 nm
02Optical microscope×1000
03XRFLow atomic number
04ICPppm-level detection
05C/S & O/N analysersCarbon, sulphur, oxygen, nitrogen
06TribometerWear, scratch, microhardness
07Particle-size analyserSize-distribution analysis
08Metallography labGrinding / polishing
09DSC / TGThermal analysis
Magnetic systems
Magnetometers and field instruments developed on campus.
Pulse-field magnetometer
Up to 7 tesla for high-coercivity rare-earth grades.
Coercivity meter
Dedicated soft-magnet coercivity measurement.
Helmholtz / solenoid
Controlled fields 0.05–200 Oe for calibration and bias work.
Electromagnets
Development and calibration. System fields up to 11 tesla.
Reference calibration
Magnetic system development and reference-magnet calibration.
What can be measured
Composition, structure and magnetic performance.
Elemental compositionCarbon & sulphurOxygen & nitrogenGrain structureParticle sizeMicrohardnessWear & scratchThermal behaviourHysteresis loopsCoercivityField calibration
Planning a project?
Share your requirement — geometry, grade, temperature and duty cycle.
Tel +92 51 4866120 · Fax +92 51 4866121 · ibnsina0007@gmail.com