Electrokinetic analyser enables the zeta potential measurement for macroscopic solids of almost any size and shape, including samples with planar surfaces, cylindrical capillaries, and packed beds
Why does an inert polymer surface become printable? Is a material appropriate for artificial implants? When is a filter due for cleaning? The Surpass from Anton Paar offers a way to answer these and other questions regarding the behavior of solid surfaces.
This new electrokinetic analyser enables the zeta potential measurement for macroscopic solids of almost any size and shape, including samples with planar surfaces, cylindrical capillaries, and packed beds of granular or fibrous materials.
Measurements are fully automated and non-destructive.
An excellent level of reproducibility is achieved due to the high sensitivity of the measuring device.
Applications include the fields of semiconductors, biomaterials, textiles, and technical fiber research.
Beside other investigations, the Surpass allows monitoring of polymer surface modifications for printing and adhesion, or gives an insight into the effect of surfactants or dyes on textile and non-woven fabrics.