What does the NPA-500 measure for energy membranes?
It resolves fine pore structure: Bubble-point (largest) pore Mean-flow pore size Full pore-size distribution Nominal / absolute micron rating
EXPERIENCE THE most advanced Nanopore Analyzer
M19 Nanopore Analyzer (NPA-500) for energy — AI-based, ultra-high-precision testing. Standards: ASTM F316, ASTM D6767.
Model: NPA-500 · Industry: Energy
Technology principle
The M19 Nanopore Analyzer (NPA-500) determines absolute and nominal pore size of proton-exchange membranes and coated separators for fuel cells and advanced batteries using liquid displacement and high-pressure capillary-flow porometry. Nanoscale pore control governs ionic conductivity, selectivity and safety. Referenced to ASTM F316 and ASTM D6767, the NPA-500 gives energy-materials developers the fine-resolution pore data needed to engineer and qualify next-generation membranes and separators.
Applications
- Proton-exchange membranes (PEM)
- Ceramic-coated battery separators
- Solid-state electrolyte membranes
- Advanced fuel-cell membranes
- Nanoporous electrode coatings
- Selective separation membranes
Key capabilities
- Lightweight, compact and ergonomically engineered, the M19 Nanopore Analyzer (NPA-500) pairs a 15" capacitive touchscreen with enhanced pressure- and flow-control hardware, so operators run a full energy test sequence with minimal training and markedly shorter cycle times. Available in aluminum or stainless-steel variants, it ships with real-time remote support, USB connectivity and remote-control automation. Domestic manufacturing in India and the USA keeps maintenance cost and downtime low, and a 2-year extended warranty is available.
- Modern, low-training user interface
- Lightweight and portable chassis
- IP65 rated · GAMP 5 compliant
- Three secure user levels — Operator, Supervisor and Administrator
- Versatile connectivity — USB, Ethernet and Wireless LAN
- Flexible reporting — built-in thermal printer or network / PDF / CSV export
Technical specifications
| Specification | Value |
|---|---|
| Test Range | 0.001 µm to 10 µm |
| Precision | High repeatability |
| Automation | Method templates |
| Data | PoreSense cloud sync |
Standards compliance
- ASTM F316
- ASTM D6767
Frequently asked questions
How does it outperform standard porometers?
High-pressure capillary-flow porometry reaches nanoscale pores in PEMs and coated separators beyond standard range, while remaining non-destructive.
How does high-pressure porometry improve accuracy?
The method: Applies precisely controlled high-pressure ramps Uses characterized wetting liquids Resolves closely spaced pore populations Auto-calibrates for reproducibility
What are the advantages of domestic manufacturing?
Local build delivers: Faster service and local support Reduced lead time and spare-parts availability Lower import cost and easy customisation 2-year warranty with on-site support
Can it integrate into energy workflows?
Yes — secure records, connectivity and PDF/CSV export let nanopore data feed membrane development and qualification.
How does it support standards compliance?
Traceability to ASTM F316 / D6767 plus tamper-proof records keeps membrane pore data audit-ready for QA.