Diffusional Permeability Analyzer | M19 Material Intelligence lab Vadodara Gujarat

DIFFUSIONAL PERMEABILITY ANALYZER

CUSTOM MADE FOR TECHNICAL TEXTILE INDUSTRY

Standard: ISO 15105-1, ASTM D1434, JIS K 7126, GB 1038

Test Range: 0.05-50,000 cm³/m².24h.0.1MPa

Test Duration: 60 minutes

Precision: 0.001 cm³ /m²·24h·0.1MPa

TECHNOLOGY

The Vacuum Method is a key application of the differential pressure technique used to measure the diffusional permeability of Technical Textile products. Here, the permeation cell is separated into two distinct chambers by the specimen. Both chambers are initially evacuated, after which one side is filled with a testing gas at 0.1 MPa while the other side remains under vacuum. This creates a pressure difference of 0.1 MPa across the specimen. The testing gas permeates through the film into the low-pressure side, inducing a pressure change there. The permeability can then be calculated based on this pressure variation, providing important data for the evaluation of various materials in Technical Textiles.

APPLICATIONS

Composite Films
High Barrier Materials
Protective Clothing
Packaging
Laminated and Coated Textile

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 DIFFUSIONAL PERMEABILITY ANALYZER?−

A Diffusional Permeability analyzer is a scientific instrument used to measure the diffusional permeability or diffusion coefficient of gasses or vapors through various fabric materials.

2 - HOW DOES DIFFUSIONAL PERMEABILITY ANALYZER WORK?+

In Diffusional Permeability Analyzer the permeation cell is separated into two distinct chambers by the specimen. Both chambers are initially evacuated, after which one side is filled with a testing gas at 0.1 MPa while the other side remains under vacuum. This creates a pressure difference of 0.1 MPa across the specimen. The testing gas permeates through the film into the low-pressure side, inducing a pressure change there. The permeability can then be calculated based on this pressure variation, providing important data for the evaluation of various materials in Technical Textiles.

3 - WHO USE DIFFUSIONAL PERMEABILITY ANALYZER?+

Diffusional Permeability Analyzer instrument is widely used in textile industries by researchers, manufacturers, and quality control professionals in understanding the diffusion properties of textiles, which are crucial for applications like protective clothing, filtration materials, and medical textiles.

4 - WHAT ARE THE BASIC REQUIREMENTS FOR DIFFUSIONAL PERMEABILITY ANALYZER USAGE?+

The basic requirements for Diffusional Permeability Analyzer usage include 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 DIFFUSIONAL PERMEABILITY ANALYZER BENEFIT MY COMPANY?+

Diffusional Permeability Analyzer is a versatile tool that contributes to the development and optimization of advanced textile materials, the improvement of product quality, evaluating performance, saving costs, and providing a competitive advantage.

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