Porosimeter
The versatile POROPERM determines both porosity and permeability to gas of plug-sized core samples. Specifically, porosity is determined from an isothermal nitrogen expansion and the application of Boyle’s law and Charles’ law. Gas permeability determination is achieved via the steady-state method, and subsequently the equivalent liquid permeability and slip is obtained by linear interpolation. The standard configuration consi…
The Pascal systems are convenient benchtop Mersury intrusions systems small enough to operate from inside a fume hood. They offer unrivalled determination of Pore size andparticle distribution
The mercury porosimetry technique is one of the most useful methods to investigate the porous structure of solid samples in a quantitative way. It provides reliable information about pore size/volume distribution, particle size distribution, bulk (envelope) density and specific surface for most porous solids. The main highlights of the Pascal series porosimeters are exceptional speed of analysis and high resolution. The Pascal…
The mercury porosimetry technique is one of the most useful methods to investigate the porous structure of solid samples in a quantitative way. It provides reliable information about pore size/volume distribution, particle size distribution, bulk (envelope) density and specific surface for most porous solids. The main highlights of the Pascal series porosimeters are exceptional speed of analysis and high resolution. The Pascal…
The mercury porosimetry technique is one of the most useful methods to investigate the porous structure of solid samples in a quantitative way. It provides reliable information about pore size/volume distribution, particle size distribution, bulk (envelope) density and specific surface for most porous solids. The main highlights of the Pascal series porosimeters are exceptional speed of analysis and high resolution. The Pascal…
