Nova Series Surface Area and Pore Size Analyzers

Anton Paar GmbH

BET, NSA, STSA, and Langmuir surface area analysis
BJH and DFT pore size distribution analysis
Up to 4 simultaneous analysis stations
Up to 8 integrated degassing stations
Vacuum and flow degassing up to 425 °C
Built-in analysis profiles compliant with ASTM, ISO, DIN, USP

The Nova Series is a range of surface area and pore size analyzers based on vacuum volumetric gas adsorption technology. The system enables precise determination of specific surface area and pore size distribution using methods such as BET, BJH, DFT, NSA, STSA, and Langmuir. It supports high-throughput analysis with up to four simultaneous measurement stations and eight integrated degassing stations. The instrument features advanced dosing algorithms, helium-free measurement capability (NOVA mode), and high-accuracy pressure transducers. It includes an integrated touchscreen interface and Kaomi software for real-time monitoring, data processing, and reporting. The system operates with non-corrosive gases such as nitrogen, argon, and carbon dioxide, depending on the model, and is suitable for both quality control and research applications across various material types.

Use Cases

Surface area and pore analysis of carbon materials (activated carbon, graphite)
Characterization of pharmaceutical powders
Catalyst and metal oxide analysis
Battery material analysis (anodes, cathodes, separators)
Analysis of ceramics and mineral materials

Capabilities

Vacuum volumetric gas adsorption analysis
Multi-gas operation (N₂, Ar, CO₂, non-corrosive gases depending on model)
Simultaneous sample preparation and analysis
High-precision pressure measurement (0.1% FS)
Temperature-controlled degassing up to 425 °C
Automated data acquisition, processing, and reporting

Anton Paar GmbH

Anton Paar is a premium provider of analytical and material characterization solutions for the hydrogen value chain, specializing in the development of fuel cells, electrolyzers, and storage systems. They provide a comprehensive suite of instruments used to optimize catalyst efficiency, characterize gas diffusion layers, and analyze the structural properties of hydrogen storage materials (such as metal-organic frameworks). Their expertise spans the full research and production cycle—from the rheological behavior of catalyst inks to high-pressure gas sorption analysis and inline process monitoring for green hydrogen production.

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