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FAQs

Is it possible to perform porosity analysis for porous materials?

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Micro CT Scanners FAQs

Yes. Our Micro-CT systems are ideal for analyzing the internal structure of porous materials, including porous ceramics, filters, metal 3D-printed parts, activated carbon, and geological samples.

Material performance depends heavily on the size, shape, distribution, and connectivity of internal voids (pores). Unlike traditional methods such as mercury intrusion porosimetry, which provide only averaged data, Micro-CT enables non-destructive visualization and quantification of complex 3D network structures in their actual spatial configuration.

Using our dedicated analysis software on high-definition 3D data enables the following detailed analyses:

  • Calculation of Porosity:

    Determine the porosity, which is the ratio of void volume to the total volume, for the entire sample or any selected region of interest.

  • Pore Distribution Evaluation:

    Visualize the spatial distribution of pores as a 3D map to determine if they are uniformly distributed or localized in specific areas.

  • Individual Pore Analysis:

    Calculate the volume, surface area, and equivalent spherical diameter of each individual pore to create size distribution histograms.

  • Connectivity Analysis:

    Analyze how pores are interconnected as a network, providing crucial insights for predicting fluid permeability and the mechanical strength of the material.

These analyses clarify the correlation between material performance and internal structure, aiding in material development and manufacturing optimization. A specialized foam analysis function is also available as an option for evaluating cell structures in porous foams.

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