Home > Industry Sectors > Fibers and Fillers
Moisture ingress into advanced materials can critically affect their performance
The surface properties of these materials, as well as their moisture sorption behaviour, are critical as the primary use of fibers and fillers is within other materials. Adhesion performance, flow behaviour, surface energetics, moisture uptake and diffusion can all be readily studied using our sorption instrument systems.
Application Note 203: Heat of sorption studies on microcrystalline cellulose by pulse inverse gas chromatography at infinite dilution
| Request a copy
Application Note 216: Characterisation of Surface Properties of Glass Fibres by Inverse Gas Chromatography
| Request a copy
Application Note 221: The Determination of Acid-Base Parameters by Inverse Gas Chromatography | Request a copy
Application Note 222: The Determination of Surface Adsorption Potential Heterogeneity Profiles on Graphite by Inverse Gas Chromatography
| Request a copy
Application Note 224: Surface Energetic Heterogeneity Profiles by iGC Surface Energy Analyzer | Request a copy
Application Note 226: Surface Energetic Heterogeneity of Carbon-based Nanomaterials | Request a copy
Application Note 503: Investigating Dried Milk Powders Using Optical Microscopy at Different Humidity Conditions
| Request a copy
Application Note 35: Determining the Moisture-Induced Glass Transition in an Amorphous Pharmaceutical Material
| Request a copy
Application Note 12: Absolute Measurement of Moisture Diffusion into Blister Packaging Systems | Request a copy
Application Note 16: Calculation of Diffusion Constants in Thin Polymer Films using DVS | Request a copy
Application Note 43: Determination of Surface Energetics of Mineral Aggregates Used in Asphalt by DVS. | Request a copy
Application Note 211: An Investigation of Minerals used in Asphalt by Inverse Gas Chromatography at Infinte Dilution
| Request a copy
Application Note 216: Characterisation of Surface Properties of Glass Fibres by Inverse Gas Chromatography
| Request a copy