High pressure capillary flow porometry is the most common method for characterizing the pore size distribution of filters. Bubble Point is based on the fact that test-liquid is held in the pores of the filter. Using capillary flow porometry, the high gas pressure is used to force a wetting liquid out through a nanoporous filter. The pressure at which pores empty is inversely proportional to the pore size, smaller pores require a higher pressure than larger pores. The resulting volumetric flow of gas through emptied pores is also measured. Pore size is then calculated using the “Young-Laplace equation”.
APPLICATIONS
Nanofiltration Membranes
RO Membranes
Hollow Fiber Membranes
High Efficiency Filters
CUTTING EDGE DESIGN
SIMPLE | INTELLIGENT | MORE INTEGRATED
The hardware system has evolved into a highly sophisticated instrument with increased ease-of-operation, data accuracy, reliability, and end-to-end automated operation.
ADVANCED SOFTWARE
AI BASED | DYNAMIC REPORTS | EASY TO USED
Unprecedented visualization and collaboration using new M19 software control program and test report program. Experience the power of A.I based cognitive software control program that virtually eliminated user bias throughout the data acquisition process and data interpretation, redefining the way data is generated and consumed by your team.
HIGH PERFORMANCE COMPUTING
INCREASED PRECISION | ACCURACY | REPRODUCIBILITY
M19 instruments deploy cutting-edge ARM7 group of 32-bit RISC ARM processor cores licensed by ARM Holdings for microcontroller use, which not only enhances the precision of our analyzers but also ensures consistent, reliable results across all testing platforms. With our technology-centric approach, we strive to set a new standard for material characterization, promoting credibility and trust in every test conducted.
FAQ's
1 - WHAT IS A NANOPORE ANALYZER?−
The NPA-500, is a scientific instrument used to determine the absolute/nominal micron rating and pore size distribution of nanoporous and nanofibrous membranes.
2 - WHO USE NANOPORE ANALYZER?+
The NPA-500 is utilized by industrial professionals and organizations engaged in research and development, manufacturing, and quality control to investigate and manage the pore structure of filters used in oil & gas filtration applications.
3 - WHAT ARE THE BASIC REQUIREMENTS FOR NANOPORE ANALYZER USAGE?+
The basic requirements for using a nanopore analyzer include proper calibration, sample preparation, appropriate sample size, a clean environment, operator training, safety precautions, and regular maintenance. These ensure accurate and reliable measurements.
4 - HOW WILL NANOPORE ANALYZER BENEFIT MY COMPANY?+
The NPA-500 is a valuable tool that contributes significantly to optimize exploration and production processes and benefits oil & gas filtration systems by aiding the development of specialized filter media for the oil & gas industry.
5 - DOES YOUR COMPANY PROVIDE A CUSTOMIZED SETUP OF NANOPORE ANALYZER?+
Yes. There are several filter products that are specifically for oil & gas purification and separation needs. For such specialized filters, our company designs & manufacturers customized setup for pore size measurements.