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Techniques
Dynamic Vapor Sorption (DVS)
Surface Energy Characterization (iGC)
Breakthrough Analysis (BTA)
Membrane Permeation Analysis (MPA)
Resources
Contract Services 🆕
News & Press
Webinars
Citation Hub
Knowledge Hub
About
Products
Contract Services 🆕
Water Sorption
DVS Adventure
DVS Intrinsic PLUS
DVS Endeavour
DVS Vacuum
Water & Organic Sorption
DVS Resolution
DVS Discovery
DVS Endeavour
DVS Vacuum
High Throughput
DVS Endeavour
DVS Discovery
CO
2
Capture
DVS Carbon
BTA Frontier
MPA Horizon
DVS Vacuum
Surface Energy
iGC-SEA
iGC-SEA Nova
Gas Capture &
Separation
BTA Frontier
MPA Horizon
Membrane Permeability
MPA Horizon
Vapor Pressure Analyzer
Applications
Amorphous Content Determination
Batch-to-Batch Variability
Carbon Capture
Competitive Sorption
Diffusion and Permeability
Drying and Dehydration
Formulation Performance
Porosity and Surface Area
Polymers – Swelling and Interactions
Humidity Induced Glass Transition
Solubility
Sorption Capacity
Surface Energy and Adhesion
Water Sorption Isotherms and Kinetics
Vapor Pressure of Solids and Liquids
Contract Services 🆕
Industries
Adhesives
Agrochemicals
Bio & Natural Materials
Building Materials
Carbon Capture
Catalysts
Coatings & Films
Contract Services 🆕
Energy & Environmental
Fibers and Fillers
Food and Fine Chemicals
Nano & Porous Materials
Personal Care & Beauty
Pharmaceuticals
Polymers & Packaging
Support
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Sorption Hub
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Application Note 19
Determining the Heat of Sorption on Organic and Inorganic Powders using DVS
