Moisture Sorption Analyzer / Moisture Sorption Isotherm Generator

Moisture sorption analysis is done to provide insight into a sample's stability and moisture adsorption properties. Used extensively in the pharmaceutical and food industries, moisture sorption analysis is a critical component when determining a product's shelf life, and potential degradation under varying environmental conditions. Moisture sorption analyzers are accurate and often modular instruments used to test these properties under various humidity and temperature conditions. When comparing different moisture sorption analysis instrumentation, ensure that the measurement mode will comply with your analysis needs, most models operate gravimetrically however some utilize spectroscopy for their analysis. Also ensure that the environmental controls can provide the temperatures, gasses, and humidity levels appropriate for your sample analysis. Many models of moisture sorption analyzers can also generate moisture sorption isotherms by creating a controlled humidity environment to study the relationship between the moisture content of a material and the relative humidity of the surrounding environment.
CompanyHiden IsochemaHiden IsochemaHiden IsochemaHiden IsochemaHiden Isochema
ItemIGAsorp Automated Benchtop DVS AnalyzerIGAsorp CORE Dynamic Vapor Sorption AnalyzerIGAsorp- CT Automated Dynamic Vapor Sorption (DVS) AnalyzerIGAsorp Ultra Dynamic Vapor Sorption AnalyzerIGAsorp- XT Automated Water Sorption Analyzer
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Catalog NumberIGAsorpIGAsorp COREIGAsorp- CTIGAsorp UltraIGAsorp- XT
Price
Temperature Range5 to 50 °C15 to 40 °C5 to 85 °CInquire5 to 300 °C
DescriptionThe IGAsorp is a fully automated compact benchtop DVS analyzer, for fast and accurate vapor sorption measurements using the dynamic flow technique for water and organic solvents. Measured vapor uptake isotherms and kinetics are used to characterize, test and evaluate materials in precisely defined ... Read MoreThe IGAsorp Core is designed for laboratories that need dependable DVS performance without the cost or complexity of a research-grade instrument. Built on the same proven engineering as the flagship IGAsorp systems, it delivers the accuracy required for routine moisture-sorption work while keeping ... Read MoreThe IGAsorp-CT is a fully automated dynamic vapor sorption analyzer for the measurement of water and organic solvent isotherms and kinetics on a wide range of materials. Operating at temperatures from 5 to 85 °C and humidity values from 0 to 98 %RH, the IGAsorp-CT offers the widest combined range of... Read MoreIGAsorp Ultra is a compact dynamic vapor sorption (DVS) system, designed for maximum flexibility and built for modern laboratories. The Next Generation Vapour Sorption Module unlocks a wider range of DVS conditions than ever before, enabling fast, stable and highly accurate studies across water and ... Read MoreThe IGAsorp-XT is a fully automated water sorption analyzer designed for measurements at temperatures and humidities beyond those available with conventional DVS analyzers. High resolution sorption isotherms are recorded at humidity values from 0.2 %RH or lower, using the unique climate-XT control ... Read More
ApplicationsQuality control, Hydrophobicity, product stability and shelf life, Water activity and water content determination, Polymorphism: amorphous phase detection and quantification, Diffusion and permeation including vapor transmission rate (MVTR/WVTR) analysisPorous materials, Pharmaceuticals, Food products, Polymers, Packaging materials, Building materials, Energy and environmentPolymers, membranes and packaging materials, Building and construction materials (cement, timber, insulation, adhesives), Fuel cells (proton exchange membranes), Diffusion and permeation studies, Natural materials (textiles, seeds, fibres, wood, clays), Pharmaceuticals, ElectronicsPorous materials, Pharmaceuticals, Food products, Polymers, Packaging materials, Building materials, Energy and environmentPolymer membranes, Composites, Proton exchange membranes for fuel cell applications, High performance engineering materials, Hydrophilic nanoporous materials, High performance drying agents (sorbents)
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