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Product Details
The pore structure characteristics of products experiencing considerable stress during service could be appreciably di fferent from those evaluated in the laboratory. This award winning instrument provides a unique opportunity for evaluating the component under true service conditions.
Application
The Automated Compression Porometer is designed to characterize the pore structure of a material under compression. Industries worldwide use the PMI Compression Porometer for R&D and quality control. Samples often tested include filter media, membranes, paper and battery separators. The instrument permits tests to be carried out under simulated true service conditions.
Applicable industries:
Automotive Battery Separator
Filtration Geotextiles
Textiles Biotech
Nonwovens Paper Fuel Cells
Operation Principle
A fully wetted sample sandwiched between two porous and rigid plates is placed in the sample chamber. The plates are much more porous than the sample. Compressive stress is applied on the plates. Gas pressure behind the sample is increased. When the pressure is sufficiently high, the largest pore is emptied and has starts to fow. With increase in pressure, smaller pores are emptied and the flow rate increases through the sample. The flow rate and pressure are measured using wet and dry samples. These data are used to calculate the ejects of compressive stress on pore size and pore distribution. The pore size is obtained from differential pressure.
Features
· Measures effects of compressive stress on the largest pore diameter (bubble point), the mean flow pore diameter, pore distribution, and permeability
· Fully Automated
· Windows based software for data acquisition, storage and reduction
· Compressive stress adjustable by the operator
Application
The Automated Compression Porometer is designed to characterize the pore structure of a material under compression. Industries worldwide use the PMI Compression Porometer for R&D and quality control. Samples often tested include filter media, membranes, paper and battery separators. The instrument permits tests to be carried out under simulated true service conditions.
Applicable industries:
Automotive Battery Separator
Filtration Geotextiles
Textiles Biotech
Nonwovens Paper Fuel Cells
Operation Principle
A fully wetted sample sandwiched between two porous and rigid plates is placed in the sample chamber. The plates are much more porous than the sample. Compressive stress is applied on the plates. Gas pressure behind the sample is increased. When the pressure is sufficiently high, the largest pore is emptied and has starts to fow. With increase in pressure, smaller pores are emptied and the flow rate increases through the sample. The flow rate and pressure are measured using wet and dry samples. These data are used to calculate the ejects of compressive stress on pore size and pore distribution. The pore size is obtained from differential pressure.
Features
· Measures effects of compressive stress on the largest pore diameter (bubble point), the mean flow pore diameter, pore distribution, and permeability
· Fully Automated
· Windows based software for data acquisition, storage and reduction
· Compressive stress adjustable by the operator
| Items | Parameters |
| Pressure Size Range | 0.013-500 microns (Others Available) |
| Permeability Range | 1x 10 1x 10 (microflow) |
| Sample Size | 0.5" - 2.5" diameter |
| Pressure Transducer Range | 0 - 500 psi |
| Resolution | 1 in 20,000 |
| Accuracy | 0.15% of reading |
| Pressurizing gas | Clean, dry and compressed air or non-flammable and non corrosive gas |
| Mass Flow Transducer Range | 10 cm³/min - |
| Power Requirements | 110/120 VAC, 50/60Hz |
| Dimensions | 30" H x 19" W x 18.5" D |
| Weight | 100 lbs |
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