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3DAP |
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The three-dimensional atom probe is a nanoanalytical instrument capable of reconstruction the three-dimensional element distribution of chemical inhomogeneities, e.g. precipitates, in metallic materials. |
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Abrasion Wear Tester Calowear |
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The CSEM-Instrument Calowear Tester is an instrument to investigate the abrasive wear behaviours of coated and uncoated materials and could also be used for a simple identification of coating thickness.
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Arc/sputter system Oerlikon Balzers INNOVA “Heidi“ |
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The Oerlikon Balzers INNOVA (“Heidi”) is an industrial coating system for cathodic arc evaporation and sputtering, which is equipped with six arc and two sputter sources, enabling the deposition of conductive and non-conductive coatings. |
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Biaxial Stress- Temperature Measurement (BSTM) "Mutti 2000" |
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The biaxial stress-temperature measuring system “Mutti 2000” is a home-made facility to measure the temperature dependency of stresses in thin films.
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Dilatometer DIL 805 A/D |
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DIL 805A/D is used for the determination of the thermal coefficient of expansion, of phase transformations, microstructure transformations and magnetic transformations,
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DSC |
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Differential Scanning Calorimetry (DSC) is a thermal analysis technique where a sample with known weight positioned in a crucible and a reference sample are exposed to a temperature program.
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HASYLAB |
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Staff members of the Department of Physical Metallurgy and Materials Testing perform measurements at the GKSS beamline HARWI-II at the Hamburger Synchrotronstrahlungslabor (HASYLAB) / Deutsches Elektronen-Synchrotron (DESY) within a common three-year project.
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High Temperature Tribometer "Gina" |
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The High Temperature Tribometer THT from CSM Instruments allows to investigate sliding contacts of materials at temperatures between room temperature and 1000°C. |
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Instrumented Pendulum Impact Tester |
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The pendulum impact tester is designed for instrumented tests according to Charpy, IZOD and tensile impact tests.
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Creep test stand |
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The Department of Physical Metallurgy & Materials Testing decrees of 6 creep test stands from type MAYES TC 30 & TC 50, whose maximum test load is 30 and 50 kN. The creep test stands work under constant load. Weights, bars and a lever transfer the load to the creep sample. To keep the sample temperature constant a 3 zone furnace is applied.
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Department Physical Metallurgy and Materials Testing