Mercury Intrusion Porosimetry - Test Method

In house test method determining the pore size distribution via mercury intrusion porosimetry of powders, refractory products (to BS 1902 part 3.16: 1990), filters and a wide variety of other porous materials.

Overview

Determination of pore size distribution by mercury intrusion porosimetry. Pressure is applied to force mercury into smaller and smaller pores. Measuring the applied pressure and the intrusion volume, the pore size distribution can be calculated.

Applications and Benefits

Characterisation of pore size distribution in the mesoporous and macroporous ranges with variety of applications not limited to medical devices, refractory production, filters and general QA and QC in production environments where pore characterisation is critical.

Form of Results

Summary statistics include total pore area in units of m2/g, median pore diameter by volume and area determination in units of μm, average 4V/A pore diameter in μm, bulk density in g/mL and percentage porosity. The pore size distribution data is presented in a wide variety of formats included cumulative, incremental, differential and log-differential tabulated and presented graphically.

Related Tests

  • BS EN 623-3 Bulk density
  • BS EN 993-5: 2000 Cold crushing strength
  • BS EN ISO 12677 Chemical Analysis by X-Ray Fluorescence (XRF)
  • Mineralogical Analysis by X-Ray Diffraction (XRD)
  • BSEN 993-7:2000 Modulus of rupture at elevated temperature with three-point loading.

 

<< Refractory Materials Testing Page

Got a question?

Contact us here

  • Refractory Materials Testing

    Lucideon's comprehensive refractories testing service