In terms of standard measurements, the measurement capabilities are broad, extending from high precision low viscosity fluids to polymer melts and further to solid-like materials, temperatures from -150 ℃ up to 450 ℃ and includes the influence of relative humidity. As hyphenated techniques we are currently focused on combining rheology with various types of optical analyses, combining rheology with small-angle X-ray scattering (MAX IV) and rheo-dielectric spectroscopy. Do you have a very challenging material / measurement to perform? Come and talk to us.
Please contact us for more information about the possibilites to participate in our laboratory environment.
Anton Paar MCR702e Space
Anton Paar MCR702 Multidrive
Rotational rheometer; placed at MAX IV Laboratory, Lund.
Anton Paar MCR702 TwinDrive
Cellink BIO X Gen2
Rheometrics RSA II
Dynamic Mechanical Thermal Analyzer.
Zwick Tensile tester
Assessing mechanical properties of plasics samples.
Two-point electrical test rig
Measures electrical conductivity in semiconductive materials.
Magnet array station
Morphological manipulation of nanostructured materials (method development).
High precision balance.
Custom texture analyzer
Owned by TetraPak AB.
Zwick z2.5 tensile tester
Tensile tester, max. 2.5kN.
Bransonic Ultrasonic Bath 221
Optical stands; linear polarizer setup
For custom rheo-optical methods (method development).