Surface Area Analyzer

Description: The NOVA e-Series of surface area analyzers offers a full line of rapid, high throughput B.E.T. surface area and pore size analyzers. Eight fully automatic models meet the needs of any research or quality assurance laboratory. BET Surface Area

• Particle Size Range: 0.00035 to 0.04 µm
• Display & Special Features: Computer Interface / Networkable, Digital Readout, Laboratory / Batch, SPC Software / Capability
• Features: Other
• Sample Type: Powder / Solid Particles

Description: The Flowsorb III 2305 / 2310 provides single-point and multipoint BET surface area measurements with speed, accuracy, and reliability. Samples having surface areas from 0.01 m2/g to over 1,000 m2/g are easily accommodated. The FlowSorb III measures surface

• Specific Surface Area Range: 0.01
• Total Surface Area Range: 0.1 to 280 m²
• Display & Special Features: Digital Readout
• Features: Laboratory / Batch, Porous Materials (Filters, Foam, etc.), Powders / Granular Materials

Description: Micromeritics’ Gemini VII 2390 Series of surface area analyzers rapidly and reliably produces accurate and repeatable surface area and porosity results. Their low cost, speed, simplicity of use, reliability, and ruggedness have earned the Gemini a place in

• Test Media: Adhesives / Coatings, Ceramics / Glass, Chemicals, Food / Drugs, Fuel
• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Surface Area - Specific, Surface Area - Total, Surface Energy / Tension
• Display & Special Features: Computer Interface / Networkable, Digital Readout, SPC Software / Capability
• Features: Laboratory / Batch, Other, Porous Materials (Filters, Foam, etc.), Powders / Granular Materials

Description: ports can operate simultaneously and independently of one another. Three BET surface area measurements can be performed in less than 20 minutes. For additional throughput, four TriStars can be operated with one computer. Surface areas as low as 0.01 m2/g can be measured

• Properties Analyzed: Absorption / Water Absorption, Adsorption / Desorption (Chemisorption/ Physisorption), Porosimetry / Pore Volume, Surface Area - Specific, Surface Area - Total, Surface Energy / Tension
• Test Media: Adhesives / Coatings, Ceramics / Glass, Food / Drugs
• Display & Special Features: Computer Interface / Networkable, SPC Software / Capability
• Features: Geological (Rock, Strata, etc.), Other, Porous Materials (Filters, Foam, etc.), Powders / Granular Materials

Description: and reliable method for extremely rapid and accurate B.E.T. surface area measurements, doesn't require void volume measurements and ideal gas corrections. The high degree of sensitivity of the Monosorb allows the use of samples weighing less than 1g and provides the measurement of

• Total Surface Area Range: 0.1 to 250 m²
• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Surface Area - Total
• Display & Special Features: Digital Readout
• Features: Laboratory / Batch, Powders / Granular Materials

Description: The ASAP 2460 Surface Area and Porosity Analyzer incorporates a unique expandable system designed for high-performance and high sample throughput. The base ASAP 2460 is a two-port master control unit. For more throughput, additional two-port units can be connected to the master

• Test Media: Adhesives / Coatings, Ceramics / Glass, Chemicals, Food / Drugs, Metals
• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Porosimetry / Pore Volume, Surface Area - Specific
• Display & Special Features: Computer Interface / Networkable
• Features: Geological (Rock, Strata, etc.), Laboratory / Batch, Other, Powders / Granular Materials

Description: upgrade either analysis stations for increased throughput, or to micropore capability for low surface area analysis at a future date. The standard evo™ version provides fast and accurate B.E.T surface area measurements. The new B.E.T Quick Mode™ provides high throughput

• Total Surface Area Range: 0.01 m²
• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Pore Distribution, Porosimetry / Pore Volume, Surface Area - Total
• Display & Special Features: Computer Interface / Networkable, SPC Software / Capability
• Features: Laboratory / Batch, Powders / Granular Materials

Description: This analyzer is unrivalled in catalyst characterization capability: one moment it’s a rapid surface area and pore size analyzer, the next it is measuring active metal area and dispersion, and even temperature programmed analyses. The mass spectrometer option is

• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Porosimetry / Pore Volume, Surface Area - Total
• Display & Special Features: Computer Interface / Networkable, SPC Software / Capability
• Features: Gases, Laboratory / Batch, Powders / Granular Materials

Description: EASY-V 1440 is the BET specific surface area and pore size analysis instrument developed independently by CIQTEK, using the static volumetric method. ▪ Specific surface area testing, range 0.0005 (m2/g) and above. ▪ Pore size analysis: 2 nm-500 nm. ▪ Four analysis

• Features: Other, Powders / Granular Materials
• Properties Analyzed: Porosimetry / Pore Volume

Description: The OxyTx Oxygen Analyzer and Transmitter is a low-cost compact and rugged device for measurement of % Oxygen concentration in Hazardous area applications. The OxyTx has a surface or wall mounted control unit and a remote sensor with inter-connecting lead. Typical applications

• Instrument Type: Analyzer
• Features: Self Calibration

Description: The Surface Profile Analyzer SPA 25 can measure surface topography and roughness parameters with exceptional speed and resolution. The SPA 25 utilizes the white-light interferometry technique that features a height resolution of down to 0.1 nm even with small magnification

• Features: Other

Description: Precise, Rapid Measurements of Large or Small Leaves The LI-3100C Area Meter is designed for efficient, exacting measurements of both large and small objects. User-selectable area resolution of either 1 mm2 or 0.1 mm2 is available without having to change optics. This versatility

• Properties Analyzed: Pore Distribution

Description: Simple, Fast and Accurate Proven Technology Non-destructive measurements Lightweight Windows Interface Software The LI-3000C combines an easy-to-use readout console with the proven scanning technology of the LI-3000C sensor head to provide a powerful system for portable, non-destructive leaf

• Properties Analyzed: Pore Distribution

Description: and desorption. The VSA works in the dry (-10 to -475 MPa) range. You can create automated soil water characteristic curves and generate all the correlations with clay activity, surface area, and swelling potential. With the new static feature, you can hold humidity constant and look

• Display: Analog Meter or Gauge
• Form Factor: Analyzer
• Variables Measured: Dew Point, Water Activity
• Application: Moisture in Bulk Solids / Powders

Description: handle samples of an area of up to 500 × 500 mm. Applications Characterization of large pre-treated or coated surfaces Investigation of the cleanliness of windows and frames Surface analysis for monitors and touch panels Characterization of automobile parts before coating or

• Test Media: Adhesives / Coatings, Ceramics / Glass
• Display & Special Features: Computer Interface / Networkable
• Mounting / Loading Options: Laboratory / Batch
• Properties Analyzed: Surface Energy / Tension, Wettability / Contact Angle

Description: This method is for determining the surface area of fresh and regenerated alumina-supported catalyst. The method describes the standard procedure for analysis and data collection using a Quantachrome Autosorb-1 or Autosorb-6 analyzer.

Description: High frequency measurements allow the wood to be tested without the standard penetrations made by existing capacitance/conductance methods. Surfaces can be quickly tested in multiple locations without product degradation. Precious woods, finished furniture, paper reels, and musical

• Form Factor: Analyzer
• Technology: Capacitive
• Display: Digital Readouts
• Variables Measured: Moisture Content

Description: This method is for determining the surface area, total pore volume, average pore radius, and pore radius distribution from 1 to approximately 30 nm (10 to 300 angstroms) of porous materials. The method describes the standard procedure for analysis and data collection using a

Description: This method uses a Micromeritics Digisorb 2500 Analyzer for determining the distribution of surface area, pore volume (size) and length among the micropores, 60 nm (600 A) and smaller, as well as total surface area, total pore volume and average micropore diameter

Description: The CATLAB-PCS microreactor module for the combined roles of catalyst characterisation and rapid, reproducible screening of catalyst activity.

• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Surface Area - Total
• Display & Special Features: Computer Interface / Networkable
• Test Media: Gases
• Features: Other

Description: Phenom Correlate pore features such as area, aspect ratio, major and minor axis Fast and convenient operation improves workflow and makes scheduling simple and predictable Image collection is limitless as digital files are easily stored on a network or USB disk for data sharing,

• Properties Analyzed: Pore Distribution
• Test Media: Porous Materials (Filters, Foam, etc.)

Description: Densometers are the accepted standard for measuring the porosity of materials such as papers, wovens, plastics and membranes. All Densometers measure the time required for a given volume and of air (25cc to 400cc) to flow through a standard area of material being tested under light uniform

• Features: Absorption / Water Absorption (e.g., COBB)
• Display & Special Features: Digital Readout
• Properties Analyzed: Porosity - Densometry, Texture Analysis
• Mounting / Loading Options: Process Line Mounted (Continuous)

Description: The Leaf Porometer fits in your hand and in your research budget. Most commercially available porometers are large, complex, and costly. Decagon's new Leaf Porometer was designed by an agronomist who appreciated the simple porometers he used in his early career. The result is a sleek, innovative,

• Display & Special Features: Computer Interface / Networkable, Digital Readout
• Mounting / Loading Options: Handheld / Field
• Features: Other
• Properties Analyzed: Permeability - Liquid, Porosimetry / Pore Volume

Description: This portable vacuum in a rugged case uses a powerful pump and rechargeable battery which make it easy to collect pore water samples at remote locations.

• Mounting / Loading Options: Handheld / Field
• Properties Analyzed: Permeability - Liquid, Porosimetry / Pore Volume
• Test Media: Soil

Description: Hand operated vacuum floor pump works well when you are evacuating large volumes. No power required.

• Mounting / Loading Options: Handheld / Field
• Properties Analyzed: Permeability - Liquid, Porosimetry / Pore Volume
• Test Media: Soil

Description: Densometers are the accepted standard for measuring the porosity of materials such as papers, wovens, plastics and membranes. All Densometers measure the time required for a given volume and of air (25cc to 400cc) to flow through a standard area of material being tested under light uniform

• Features: Absorption / Water Absorption (e.g., COBB)
• Display & Special Features: Analog Meter
• Properties Analyzed: Porosity - Densometry
• Test Media: Pulp / Paper, Textiles

Description: Our flagship instrument. The Model 4340 combines the abilities of our textile, standard and high pressure Densometers, S-P-S Testers as well as our programmable digital timers and provides a reading in seconds, thus reducing the time required to test a material. By utilizing state-of-the-art mass

• Features: Absorption / Water Absorption (e.g., COBB)
• Display & Special Features: Digital Readout
• Properties Analyzed: Flowability / Workability, Porosity - Densometry, Smoothness, Texture Analysis
• Mounting / Loading Options: Process Line Mounted (Continuous)

Description: GENUINE GURLEYTM Cobb Sizing Testers have been manufactured by Gurley for over a half-century and represent an economical and practical means of determining liquid absorptiveness or resilience of treated and untreated papers, boards, fabrics and other sheet materials. The complete kit consists of

• Features: Absorption / Water Absorption (e.g., COBB)
• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Porosimetry / Pore Volume
• Mounting / Loading Options: Laboratory / Batch
• Test Media: Pulp / Paper, Textiles

Description: such as packaging testing. Key Features Simple to set up, operate and maintain Load measuring system exceeds the requirements of all recognised international standards Large working area - 175 mm (6.9 in) throat for large specimens Crosshead travel 500 mm (19.69 in) Speed range 0.05 - 1270

• Display & Special Features: Digital Readout
• Test Media: Food / Drugs, Packaging Materials, Polymers (Plastics, Elastomers)
• Features: Laboratory / Batch, Porous Materials (Filters, Foam, etc.), Powders / Granular Materials, Texture Analysis

Description: Conducted currents can be measured without making direct contact with the source conductor or metallic surface by means of clamp-on current probes. The BCP-615 Current Probe is designed to permit field intensity meters, spectrum analyzers, and other 50 ohm impedance instruments to

• Measuring Range: 80 to 400 amps
• Frequency Range: 10,000 to 500,000,000 Hz
• Current Type: AC Current
• Mounting / Configuration: Clamp or Bolt On

Description: area, there is no issue with receiver shadowing. This makes off-axis parabolic mirrors the optic of choice for long-range and precision instrumentation. The unrestricted access these mirrors give to the system’s focal point also leads to compact system designs. Applications of Off-Axis

• Reflector / Parabolic Mirror Shape: Off-axis Parabolic
• Mirror Types: Parabolic Mirror

Description: multi-channel FFT instruments or real-time octave analyzers and microphone probes. Acoustic intensity analysis enables you to: Quickly identify noise sources Accurately determine the sound power radiating from noise sources Acquire measurements in acoustically noisy environments (in-situ),