High Pressure Capillary Flow/Gas-liquid Porometry is the most common method for characterizing the Pore Size of coated/laminated . Bubble Point is based on the fact that liquid is held in the pores of the test media. Using Capillary Flow Porometry, the simple principle of high gas pressure to force a wetting liquid out through nanopores in a coated fabric media. 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
Medical Textiles
Membranes
Protective Textiles
Fabric Filters
Coated and Laminated Fabrics
PPE Coveralls
Bio Suits
NBC suits
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?−
A Nanopore Analyzer, also known as a Pore Size Analyzer, is a scientific instrument used to determine the pore size and distribution and related properties of nanoporous fabrics. It is commonly employed in various applications such as protective textiles, fabric filters, coated and laminated fabrics, PPE coveralls,etc.
2 - HOW DOES NANOPORE ANALYZER WORK?+
Nanopore Analyzer instrument works on high pressure capillary flow porometry, the simple principle of gas pressure to force a wetting liquid out of through pores in a fabric media. The pressure at which pores empty is inversely proportional to the pore size, smaller pores require a higher pressure than do larger pores. The resulting volumetric flow of gas through emptied pores is also measured. Pore size is then calculated using the “Young-Laplace equation”.
3 - WHO USE NANOPORE ANALYZER?+
Nanopore Analyzer is commonly used by researchers, manufacturers, and quality control professionals seeking precise and delicate measurements at the Nanoscale.
4 - WHAT ARE THE BASIC REQUIREMENTS FOR NANOPORE ANALYZER USAGE?+
Basic requirements for Nanopore Analyzer usage includes a stable power supply to ensure uninterrupted operation and an environment with controlled temperature and humidity levels to maintain instrument performance and accuracy.
5 - HOW WILL NANOPORE ANALYZER BENEFIT MY COMPANY?+
The Nanopore Analyzer can benefit the textile industry by providing valuable insights into the pore structure and characteristics of fabrics. This can aid in quality control, product development, and the optimization of manufacturing processes. It enables industries to make informed decisions, enhance product performance, and more effectively meet specific customer requirements.