Pore Size and Porosity Measurement Skid - AL500

Premium Capillary Flow Porometer System for Advanced Membrane Characterization and Quality Control

The Tech Inc. Pore Size and Porosity Measurement Skid (AL500) is a precision instrument engineered for rapid and accurate determination of pore size distribution and porosity in membrane materials. This specialized system utilizes capillary flow porometry principles for comprehensive membrane characterization. Designed in Vaughan, Canada and manufactured in Chennai, India, this system combines precision engineering with robust industrial reliability. Tech Inc. is a Saudi Aramco approved vendor specializing in advanced membrane characterization solutions.

Key Features

Capillary flow porometer technology providing accurate pore size distribution (range: 0.1 - 500 micrometers)
Fully automated measurement capabilities reducing analysis time and improving reproducibility
Simultaneous determination of mean pore size, bubble point, pore distribution, and porosity percentage
Non-destructive testing methodology preserving membrane samples for subsequent evaluation
Wide measurement range accommodating porous membranes, filter media, and specialty materials
Integrated data acquisition and analysis system providing comprehensive characterization reports
Compact skid-mounted configuration suitable for laboratory and quality control environments

Applications

Membrane pore size distribution analysis for ultrafiltration (UF) and microfiltration (MF) membranes
Quality control and batch testing of industrial membrane products
Research and development of new membrane formulations and structures
Comparative analysis of membranes from different manufacturers and processes
Regulatory compliance testing for pharmaceutical and water treatment membranes
Porosity characterization for non-membrane porous materials and filters
Academic research in membrane science and materials characterization

Why Choose Tech Inc. AL500 Porosity Measurement System

Saudi Aramco approved vendor with proven reliability in demanding industrial applications
Precision capillary flow technology ensuring accurate and reproducible results
Comprehensive measurement suite eliminating need for multiple instruments
User-friendly software interface with automated data analysis and reporting
Competitive pricing for research institutions and industrial quality control laboratories
Comprehensive technical support and training for optimal system performance

Technical Specifications

Measurement Principle: Capillary Flow Porometry (CFP)
Pore Size Range: 0.1 - 500 micrometers
Mean Pore Size Accuracy: Within 5% for controlled membranes
Measurement Parameters: Mean pore size, bubble point, largest pore, pore distribution, porosity percentage
Sample Size: Flat samples up to 47mm diameter (customizable)
Operating Pressure Range: 0.5 - 10 bar (configurable)
Liquid Media: Water, IPA, or custom liquids for specialized applications
Data Output: Comprehensive reports with graphical pore distribution curves
System Configuration: Compact skid-mounted unit with integrated controls and analysis software
Power Requirements: Standard laboratory power supply (100-240V)
Operating Temperature: 15-25°C controlled laboratory environment

Frequently Asked Questions

Q: What types of membranes can be analyzed with the AL500?
A: The AL500 is suitable for porous membranes including UF, MF, flat sheet, and hollow fiber membrane samples. Custom fixtures are available for specialized sample types.

Q: How long does a typical pore size measurement take?
A: Standard measurements typically complete in 15-30 minutes depending on sample characteristics. Automated protocols reduce operator time and variability.

Q: Can the system measure 100% solid materials?
A: The AL500 is designed for porous materials with porosity in the measurable range. It is not suitable for non-porous solids.

Q: What ongoing maintenance is required?
A: Routine maintenance includes periodic system calibration and cleaning. Tech Inc. provides comprehensive maintenance guidelines and support.

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