Available Tests:

• Total Pore Volume
• Mean Pore Size
• Pore Size Distribution
• Particle Size Distribution
• Porosimetry Surface Area
• Bulk Density
• Absolute Density

Operating Conditions:

• Normally high pressures
• Test liquid - Mercury

Features:

• Automated Control

The PMI Mercury/Nonmercury Intrusion Porosimeter is an excellent R&D tool. Used in various industries ranging from automotive and pharmaceutical to paper, the Mercury/Nonmercury Intrusion Porosimeter has tested samples such as brake pads, catalytic converter materials, coated papers, and powder precursors. With unlimited user-defined data-points, automated data collection and reduction, and the least mercury exposure of any porosimeter on the market, PMI's Mercury/Nonmercury Intrusion Porosimeter is safe, reliable, and precise.

Available Tests:

• Absolute Density

Operating Conditions:

• Test gas - Helium or Noncorrosive gas

Features:

• Nondestructive
• Automated Control

PMI's Gas Pycnometer provides the user with a reliable measure of absolute density. PMI's Gas Pycnometer is ideal for both quality control and R&D. Applications for the Gas Pycnometer span many industries ranging from automotive to nonwovens to pharmaceuticals. Specific uses include the density testing of absolute density of casting materials and ceramic components in the automotive industry, density testing of electrode components in the battery industry, and void volume analysis in the pharmaceutical industry.

Available Tests:

• Bulk Density

Operating Conditions:

• Test liquid - Mercury

Features:

• Simple manual operation

PMI's Mercury Pycnometer provides the user with a density testing of bulk density. The Mercury Pycnometer requires manual operation. It is easy-to-use, provides accurate results in less than 10 minutes, and accommodates a wide range of samples. The primary use of the Mercury Pycnometer is quality control as it offers a quick and relatively accurate bulk density test. The Mercury Pycnometer serves industries ranging from batteries to nonwovens to pharmaceuticals. Specific examples include the bulk density test of electrode powders and green ceramics.

• Pore size and distribution
• Pore volume and distribution
• Permeability

• Density
• Surface Area
• Adsorption