Surface Area
and Pore SizeAnalyzers
Nova SeriesNova.
Experience
Velocity.

NEXT GENERATION

Specific surface area and pore characteristics greatly
influence a material’s suitability and performance inreal-world applications.

Completely redesigned from the inside out, the Nova
series sets the new benchmark in surface area andpore characterization.

Next generation.
Familiar yet new.

For far too long, analysts have had to make a choice between
speed of analysis and precision. Not anymore.

Operational simplicity.
From start to finish.

With Nova, speed of analysis and precision are no longer
an either-or choice.

Behind the familiar touchscreen lies a new, more robust
design, which includes a vacuum brazed manifold andstainless steel tubing throughout. Combined with the newvalves and electronic components, this enhances the vacuum
and measurement performance.

Experience velocity the Nova way: speed vectored atprecision.

The Nova truly represents the next generation of
surface area and pore analyzers.

Velocity. Speed and precision.
Have both.
Adaptability. Perform today.
Prepare for tomorrow.

Ÿ 5-Point BET analysis on four samples in as little as20 minutes with <2 % reproducibilityŸ 4 x 40 point mesopore runs in under eight hours
Ÿ Simultaneous degassing of four samples during analysis

Nova 600 BET

Nova 800 BET

Nova 600

Nova 800

Simplicity.
From Startto Finish.

Degas your samples
Four integrated degassing stations and configurable
software-controlled heating routines enable simple,“select and go” sample preparation while ensuring fulltraceability of sample preparation.

OPERATIONAL SIMPLICITY

Choose your method
Take the guesswork out of conformance torecognized standards (such as ASTM, ISO, and USP)
by utilizing Nova’s extensive library of built-in analysis
profiles developed by our in-house application
experts, or rely on intelligent dosing algorithms tocreate your own custom analysis profiles.

Analyze with velocity
See the status of your analysis at a glance withthe updated, high-definition 10-inch graphicaltouchscreen, which broadcasts progress step bystep in real time. The integrated touchscreen lets you
easily access displays of the full isotherm, the BETplot, and the calculated surface area.

Report with ease
Avoid complicated data processing – go from resultto report in no time. For more detailed reporting,
tap into Nova’s rich library of report templates andextensive data reduction capabilities.

Vacuum and flow degassing capabilities attemperatures up to 425 ºC

20 built-in analysis profiles developed
to facilitate compliance with recognized
standards (ASTM, ISO, USP)

PowderProtect: Intelligent sample cell
evacuation reduces risk of fine powder
elutriation during degassing and analysis

Service dashboard tracks instrument andkey component usage enabling predictivemaintenanceEliminate the clutter, cost, andcomplexity of external degassing devices

Intelligent dosing algorithms simplify
creation of analysis profiles

Four instruments can be controlled remotelyfrom a single computer using either version ofKaomi for Nova software

Backed by a 3-year warranty and extensive
Anton Paar global support networkSpeed andPrecision.
Have Both.
Maximize your throughput
Analyze four samples for 5-point
BET surface area analysis in as little
as 20 minutes and four complete
isotherms in under eight hours.
The Power of 4 + 4The Nova 800 is equipped withfour degas and four analysis stations
that operate at the same time.
Analyze up to four samples while
simultaneously preparing the next batchof four samples – efficiency, the Novaway.
Speed up with NOVA mode
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.
Optimize analyses with dosing
algorithmus
Take advantage of Nova’s unique
DoseWizard and VectorDose intelligent
dosing algorithms to increase thevelocity of your measurements.

VELOCITY

Best-in-class precision
Even with an absolute surface area
as low as 2 m2 in the cell, obtainreproducibility better than 2 %.
TruZone – Active coolant
level control
Increase analysis sensitivity with theexclusive TruZone active coolant
level system. This unique feature
constantly maintains the cryogen level
to encompass only the portion of thecell containing the sample. The smaller“cold zone” minimizes non-adsorbed
gas molecules in the void space of thesample cell, allowing the instrument tomore easily detect those molecules thatare adsorbed.
Exceptional pressure measurement
accuracy
Nova uses high accuracy transducers
combined with state-of-the-art
electronics and vacuum systems
to deliver exceptional pressure
measurement accuracy of better than
0.1 % (of full scale).
Dedicated P0 cell and transducer
Each Nova instrument incorporates
a dedicated P0 cell and transducer,
eliminating the need to allocate ananalysis station to measure the P0. The
instrument can constantly monitor thesaturation pressure over the course of ameasurement to provide more accurate
relative pressure readings, yieldingprecise and reproducible isotherms.

PerformToday.
Prepare forTomorrow.

ADAPTABILITY

Nova 600 BET

Nova 800 BET

Nova 600

Nova 800



Surface area (BET, NSA,STSA, and Langmuir)

Surface area (BET, NSA,STSA, and Langmuir)

Surface area (BET, NSA,STSA, and Langmuir)
Pore size (BJH, DFT)
Pore volume

Surface area (BET, NSA,STSA, and Langmuir)
Pore size (BJH, DFT)
Pore volume

Analysis stations

242

4

Degas stations

444

4

Design features- Hardware optimized forrapid analyses- Software further
simplified by removingpore size data collection
and reduction options

Results- Same analysis
capabilities as theNova 600- Highest sample
throughput- Traditional long cells andlarge, 2-liter dewar allow
for detailed pore size
analyses- Flexible software andadvanced data reduction
models for both basic
and comprehensive
analyses- Moderate sample
throughput- Same analysis
capabilities as theNova 600- Highest sample
throughput







Satisfy your analysis demands
now and in the future
Whether used for quality control
or research, in industry or byacademics, for quick BET analysis orcomprehensive isotherms, there’s a
Nova model fit for your needs – andready for tomorrow.

Conserve helium
The patented NOVA mode – a unique,sustainable analysis method todetermine the sample cell’s void volume– eliminates the need to use this scarce,
non-renewable resource.

Nova evolves with you
Upgrade your Nova’s materials
characterization capabilities if yourneeds change. The Anton Paar global
support network makes it simple togo from BET-only to more in-depth
exploration capabilities for pore size andvolume.

Micro and mesopore size distribution for carbon-basedmaterials
The recirculating dewar kit, combined with a recirculating
bath, extends the analysis temperature range from -20 °C
to +150 °C. This kit allows for CO2 adsorption studies
at 0 °C, which provides a full micropore characterization
for carbonaceous materials at a fraction of the cost of a
dedicated micropore analyzer.

Get ready for high throughput
With up to four analysis and four integrated degassing
stations, enhance your sample throughput – whether it’scathode or anode materials.

Kaomi for Nova.
Seamless Software.
The all-in-one package

Kaomi for Nova is a powerful, multifaceted softwarethat combines instrument control and data processing
capabilities and is ideal for both QC and R&D.
The intuitive software works in concert with thetouchscreen interface, letting you set up and perform
analyses as well as easily process, report, and store
experimental data.
Also available in a 21 CFR Part 11-compliant version
with user management, audit trail, customizable
reporting, and electronic signature capabilities forenhanced data integrity.

With this versatile software, you can:Built-in standardized methods and reports
20+ included, consisting of ASTM, ISO, DIN, and USP
standards as well as methods specific for properties
of interest.
Multiple dosing methods
Traditional targeted pressure ensures data points arecollected as per user required definitions.
Ÿ VectorDose provides control over dose volumes toensure resolution in pore filling regions (can be used incombination with traditional targeted pressure methods).
Ÿ DoseWizard delivers exceptional analysis speeds whensimilar samples are analyzed repeatedly.

Comprehensive pore analysis
Ability to merge carbon dioxide and nitrogen pore size datafor complete pore spectra on carbonaceous samples.
Classical methods such as BJH, DH, MP & DA. Simulation
methods based in density functional theory such as NLDFT &QSDFT.
Micropore BET Assistant
Quickly and easily identifies and applies the appropriate
relative pressure points for microporous samples based on
IUPAC recommendations.

Connect to and control up to four Nova instruments

Develop, save, and reuse degassing and analysis profiles customized to your materials and processes

Check the status of the connected instruments and see analysis progress in real timeDisplay program information in any of six languages



Set up reports with tabular or graphical data, or both – print, save as .pdf, or export via common file formats such as.csv or .xlsx

Import legacy data files from any Quantachrome gas sorption instrument

Qualify your instrument 3x faster with pharma qualification packages (PQP)Comply fully with the US FDA’s 21 CFR Part 11 with a comprehensive pharma qualification package (PQP)

Versatility
acrossIndustries
1 CarbonVarious types of carbon, from carbon black toactivated carbon and graphite, are increasingly
used in batteries, catalysts, sorbents, rubber,and pigments. Carbons exhibit a wide range of
surface areas and pores, which alter their behavior
and suitability in diverse applications, and requiremonitoring to ensure optimal performance.
2 Pharmaceuticals
Analyzing surface area and pore size of all types ofpharmaceutical powders – from active ingredients(APIs) to excipients – is imperative for quality andregulatory purposes and for development of new
solid dose forms. Enhance data integrity with
Kaomi for Nova 21 CFR Part 11 software.
3 Minerals
Processing of mined minerals, such as those usedin manufacturing clay, requires multiple steps, eachof which has an impact on the physical propertiesof the mineral. Monitoring surface area and poresize provides a rapid means to ensure productconsistency.
4 Catalysts
Surface area and pore size impact quality andreaction efficiency in catalysts. Characterize theseproperties for raw materials (support or activematerials) and finished product (heterogeneousor homogenous catalysts) in a variety of forms(powders, chunks, or small monoliths).

125 Batteries
Investigating the surface area of anode materials
like graphite, cathodes such as lithium, and othermetal oxides and separator membranes lets
researchers and producers model, improve, andcontrol the performance of raw material quality.
34

6 Metal powders
Researchers and producers of metal powders –used in processes like additive manufacturing,batteries, and catalysts – rely on surface area
analysis to predict and validate how the powder will
behave in diverse applications.
7 Metal oxides
Industrial chemicals, such as alumina, titania,silica, and zirconia, are classified based on their
physical characteristics, including surface area andpore size, because these properties have a major
influence on the performance of the chemicals indifferent applications.
8 Ceramics
Measuring surface area and pore characteristics ofboth the raw materials and the resulting ceramicmaterial boosts product strength, texture, andappearance.

5687

Nova 600 BET

Nova 800 BET

Nova 600

Nova 800



Measurement principle

Vacuum volumetricAnalysis gases

N2 only242410” touchscreen

PC connection

Ethernet
Instrument control: up to 4 Instruments
6 Languages: Chinese, English, French, German, Japanese, Spanish

Kaomi for Nova software

Pharma qualification package

Yes

Preloaded analysis profiles

20+ (ASTM, USP, DIN, ISO)

From 0.5 m²

Surface area reproducibility
N/A

0.35 nm to 500 nm (diameter)
0.35 nm to 1.1 nm with CO2
1.1 nm to 500 nm with N2

Minimum pore volume

N/A

1.2 x 10-8 cm³

TruZoneYes

PowderProtect

Yes

DoseWizard

Yes

Vectordose

Yes

RoHS 3 compliant

Yes

CE certified

Yes*Includes precision, linearity, and hysteresis of the complete pressure measurement system.
All performance specifications in the document have been validated with the certificated reference material BAM P115 or BAM P102.

2%

Pore size range

Analysis Dewar

Volume: 1 L
Duration: up to 7 hours

Sample preparation

Integrated degassing stations: 4Temperature control: 2 heating zones, ambient to 425 °C
Available methods: flow and vacuum, programable multistep heating profiles

Volume: 2 L
Duration: up to 40 hours

PHYSICAL SPECIFICATIONS

44 cm x 63 cm x 84 cm
63 kg
Temperature: 15 °C to 35 °C
Humidity: 20 % RH to 80 % RH, non-condensing

Trademarks

NOVA in the US (registration number: 2131651)

Reliable.
Compliant.
Qualified.

FIND OUT MORE

www.anton-paar.com/
service

Stainless steel, Viton elastomers
Ports: 5 (3 analysis, 1 helium, 1 degas/backfill)
Purity: 99.999 % (He, N2); input pressure: 8 PSIG to 10 PSIG

Vacuum connection

Rotary pump exhaust port, KF 16

Vacuum requirements

Ultimate vacuum of 2.3 x 10-3 TorrElectrical

Absolute : 1.2 x 10-4 Torr
Relative : 1.5 x 10-7 P/P0Lower absolute surface area limitGas

0.1 % (of full scale)*

From 0.01 m²/gWetted partsFeatures user management, audit trail, customizable reporting, and electronic signature to enhance data
integrity for use in the pharmaceutical industry

10-4 to 0.999

Lower specific surface area limit

Operating environment

Kaomi for Nova 21 CFR Part 11software

10-4 to 0.5

Pressure resolution

WeightNova 800

Yes

Pressure measurement accuracy

Dimensions (D x W x H)

Nova 600

Display

N2, Ar, CO2, and other non-corrosive gases

Independent P0 station
Relative pressure range (P/P0)

Nova 800 BET

ADDITIONAL SPECIFICATIONSANALYSIS SPECIFICATIONS

Analysis stationsNova 600 BET

Our well-trained and certified technicians are readyto keep your instrument running smoothly.

Supply: AC 100~240 V AC , 50 Hz / 60 Hz
Consumption: 345 VA (maximum)

Maximum uptime

Warranty program

Short response times

A global service networkwww.anton-paar.com

document number
I04IP002EN-LTR-C© 2024 Anton Paar GmbH | All rights reserved.
Specifications subject to change without notice.