Product

Advanced Permeability Porosimeter

The PMI Advanced Permeability Porosimeter is a versatile and accurate instrument used to determine properties such as particle size, particle distribution, pore tortuosity, pore number fraction, pore throat ratio, pore fractional dimensions, permeability, material compressibility, total pore volume, surface area, and bulk and absolute densities of solid and powder samples. With unlimited user-defined data-points, automated data collection and reduction, non-destructive testing, and the least mercury exposure of any porosimeter on the market, PMI's Permeability Porosimeter is safe, reliable, and precise. It also allows testing under ambient or elevated temperatures to simulate actual operating conditions.

Pore Diameter Range0.003 - 350 ┬Ám
Pressure Rangevacuum up to 60,000 psi
Pressure Transducerslow, medium, and high ranges
Sample Size25mm diameter and 25mm long
Analysis Ports2 low and high pressure ports
Sample Volumeup to 10 cc or more
Pressurizing Fluidmercury
Vacuum Pumptwo stage, direct drive rotary oil pump
Permeability Range1x10-4 - 5 Darcy
Pressurizing Gas

clean, dry or compressed air

any other nonflammable and noncorrosive gas

Pressure Range0 -200 psi
Resolution1 in 60,000
Accuracy0.15% of reading
Power Requirements

230 VAC, 50Hz

others available

Weight150 kg

    • Fully automatic
    • User- friendly, Windows-based software
    • Software handles all control, measurement, data collection, and report generation; complete 
      manual control also possible
    • Free software upgrades available for up to 3 years
    • Unlimited user-defined data points based on pressure, volume, or a combination
    • Comes with computer equipped with latest configuration and real-time graphical test display 
      which depicts testing status and results throughout operation
    • Displays both intrusion and extrusion curve
    • Wide range of acceptable sample types and sizes
    • Minimal maintenance required
    • Low level of mercury exposure
    • No need for sample transfers from low pressure to high pressure stations
    • Non-destructive testing