Anton Paar - Nova Series | Surface Area and Pore Size Analyzers Get latest price

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Specific surface area and pore characteristics greatly influence a material’s suitability and performance in real-world applications. For far too long, analysts have had to make a choice between speed of analysis and precision. Not anymore. With Nova, speed of analysis and precision are no longer an either-or choice.

The Nova BET surface area analyzers have set a new benchmark in surface area and pore size analysis. Up to eight degassing stations plus up to four analysis stations let you degas samples while analyzing others. Analyze four 5-point BETs in approximately 20 minutes, with 2 % reproducibility. Automated degassing means no operator intervention is necessary.

Reduce analysis time significantly using NOVA mode. This patented feature saves time at the start of every analysis by using stored sample cell void volumes instead of void volume measurement. In addition, NOVA mode enables helium-free operation.

Why Choose This Product?

• Eliminate the clutter, cost, and complexity of external degassing devices with eight integrated degassing stations and up to four analysis stations in one space-saving design.
• Use pre-calibrated sample cells – no need to measure void volumes before every analysis – and accelerate your analyses while maintaining a high level of measurement precision.
• With TruZone, create and maintain a small cold zone on the sample cell and maximize the measurement sensitivity of your surface area and pore size analyzer.
• Intelligent dosing algorithms, such as DoseWizard, VectorDose, and Initial Fill, simplify the creation of analysis profiles to accelerate analyses without sacrificing precision.
• Set up and perform analyses, and process, report, and store data easily. Control up to four Nova BET surface area analyzers from one PC. 

Want More Information? Contact Us for These Application Reports:

• Advantages of QSDFT for Pore Size Analysis of Carbons
• Analysis of Carbon Black Surface Area: NSA (BET) and STSA
• Defining Nova 600 | 800 Series Equilibration Parameters
• Graphene Characterization
• Lactose Monohydrate: Density and Surface Area - Nova and Ultrapyc
• Material Brief: Activated Carbon – Micropore Size Distribution using CO2 Adsorption – Nova 600 | 800 Series
• Material Brief: Battery Cathode BET Surface Area – Nova 600 | 800 Series
• Material Brief: Graphite – BET Surface Area – Nova 600 | 800 Series
• Material Brief: Manganese Dioxide – BET Surface Area Nova 600 | 800 Series
• Material Brief: Microcrystalline Cellulose – BET Surface Area – Nova 600
• Material Brief: Quartz – BET Surface Area Nova 600 | 800 Series
• Measuring Low Surface Area Materials Using Nova 600 | 800 Series Instruments
• Merging Pore Size Distributions from CO2 and N2 Adsorption Measurements
• Mesoporous Catalyst Supports
• Micropore Area and Volume by the t-Plot Method
• Micropore Size Analysis of Porous Carbons Using CO2 Adsorption at 273 K
• Nova 600 | 800 Series as Quality Control Instruments for the Surface Area Determination of Magnesium Stearate
• Physical Characterization of Battery Black Mass
• Practical Methods to Prevent Sample Elutriation
• Proper Selection of the Adsorption or Desorption Branch for Mesopore Size Distribution Analysis
• Remarkable Reproducibility - Nova 600 | 800 Series
• Sustainable Adsorption Measurements: How to Preserve Helium
• Velocity - Using Nova 600 | 800 Series Instruments: Rapid Analyses with Unparalleled Precision

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To contact Anton Paar Australia about Anton Paar Nova Series | Surface Area and Pore Size Analyzers use Get a quote.