Quantachrome Instruments Automatic Gas Pycnometer for Characterization of Foams UltraFoam™ 1200e & PentaFoam 5200e

Description
The cell type of porous materials correlates with performance attributes such as strength, fluid exclusion (or acceptance) and insulating properties. Closed cells impart water resistance, thermal insulation, buoyancy and resilience. Open cells determine properties related to filtration, acoustics and wicking. The standard technique used by the Foam pycnometers is that of gas expansion from a calibrated sample chamber into a reference volume. The solid and closed cell volume of the sample is calculated from the relationship of the calibrated cell volumes and the pressures before and after expansion. The closed cell percentage is calculated from the solid volume and the measured geometric volume of a rectangular or cylindrical sample. Open cell % is calculated by difference (100%-open cell % = closed cell %). Density is calculated from mass (weight)/volume and is reported as grams/cc. The UltraFoam 1200e and PentaFoam 5200e pynometers conform to ASTM D6226 "Standard Test Method for Open Cell Content of Rigid Cellular Plastics."
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Automatic Gas Pycnometer for Characterization of Foams - UltraFoam™ 1200e & PentaFoam 5200e - Quantachrome Instruments
Boynton Beach, FL, USA
Automatic Gas Pycnometer for Characterization of Foams
UltraFoam™ 1200e & PentaFoam 5200e
Automatic Gas Pycnometer for Characterization of Foams UltraFoam™ 1200e & PentaFoam 5200e
The cell type of porous materials correlates with performance attributes such as strength, fluid exclusion (or acceptance) and insulating properties. Closed cells impart water resistance, thermal insulation, buoyancy and resilience. Open cells determine properties related to filtration, acoustics and wicking. The standard technique used by the Foam pycnometers is that of gas expansion from a calibrated sample chamber into a reference volume. The solid and closed cell volume of the sample is calculated from the relationship of the calibrated cell volumes and the pressures before and after expansion. The closed cell percentage is calculated from the solid volume and the measured geometric volume of a rectangular or cylindrical sample. Open cell % is calculated by difference (100%-open cell % = closed cell %). Density is calculated from mass (weight)/volume and is reported as grams/cc. The UltraFoam 1200e and PentaFoam 5200e pynometers conform to ASTM D6226 "Standard Test Method for Open Cell Content of Rigid Cellular Plastics."

The cell type of porous materials correlates with performance attributes such as strength, fluid exclusion (or acceptance) and insulating properties. Closed cells impart water resistance, thermal insulation, buoyancy and resilience. Open cells determine properties related to filtration, acoustics and wicking.
The standard technique used by the Foam pycnometers is that of gas expansion from a calibrated sample chamber into a reference volume. The solid and closed cell volume of the sample is calculated from the relationship of the calibrated cell volumes and the pressures before and after expansion. The closed cell percentage is calculated from the solid volume and the measured geometric volume of a rectangular or cylindrical sample. Open cell % is calculated by difference (100%-open cell % = closed cell %). Density is calculated from mass (weight)/volume and is reported as grams/cc.
The UltraFoam 1200e and PentaFoam 5200e pynometers conform to ASTM D6226 "Standard Test Method for Open Cell Content of Rigid Cellular Plastics."

Supplier's Site Datasheet

Technical Specifications

  Quantachrome Instruments
Product Category Density and Specific Gravity Instruments
Product Number UltraFoam™ 1200e & PentaFoam 5200e
Product Name Automatic Gas Pycnometer for Characterization of Foams
Instrument Type Density Instruments; Pycnometer
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