Single Component Gas and Vapor Sorption Analyzer

The IGA system uses the gravimetric technique to accurately measure the magnitude and dynamics of gas and vapour sorption on materials. The IGA design integrates precise computer-control and measurement of weight change, pressure, temperature, gas fl

Contacts and Location

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Organisational Unit	Riga Technical University Faculty of Natural Sciences and Technology Institute of Polymer Materials - Latvia, Rīga

Description

The IGA system uses the gravimetric technique to accurately measure the magnitude and dynamics of gas and vapour sorption on materials. The IGA design integrates precise computer-control and measurement of weight change, pressure, temperature, gas fl

Specification

main function:

The IGA-002 system is specifically designed to study multi--component gas or vapour sorption processes from vacuum to high pressure. Unique and innovative approach for the determination of the sorption kinetics and equilibrium isotherms.

parameters:

T.. 35 0C
Large capacity microbalance (5 g) with a resolution of 0.1 μg and excellent long-term stability (± 1 μg)
Pressure from vacuum to high pressure ( 20bar)
The IGA-002 can be used to study water and hydrocarbon vapour sorption on porous materials such as pharmaceuticals, carbons, catalysts, zeolites, clays and polymers.
Sample: powder, films. Use different sample holders.

Services

Gas sorption studies from vacuum to 20 bar, sorption kinetic analysis

Status

free for rental

Single Component Gas and Vapor Sorption Analyzer

The IGA system uses the gravimetric technique to accurately measure the magnitude and dynamics of gas and vapour sorption on materials. The IGA design integrates precise computer-control and measurement of weight change, pressure, temperature, gas fl

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