Polymers are often categorized by their stability and functionality, which are designed to maximize their performance. The ability to measure and quantify performance is essential in optimizing formulations and furthering development.
Polymers’ performance and stability are influenced by surface heterogeneity, solvent/moisture uptake, and swelling, affecting surface area, energy, and transport properties. Techniques like iGC and DVS enable rapid measurement of diffusion rates, solubility parameters, surface energy, adhesion, cohesion, and wettability, supporting polymer–solvent interaction analysis and formulation optimization.
Need Material Testing?
Our specialized lab provides contract testing services specifically for CCUS sorbents.
Quantify how polymers absorb solvents and undergo swelling under controlled conditions. Understanding uptake mechanisms supports optimization of material performance in coatings, membranes, and drug delivery systems.
Measure solvent diffusion rates within polymer matrices to assess transport behavior. Kinetic analysis provides insight into permeability and helps optimize materials for controlled release and barrier applications.
Characterize polymer surface energy and heterogeneity to understand wettability and interaction potential. These properties are critical for predicting adhesion, coating performance, and compatibility with other materials.
Evaluate interactions between polymers and solvents using solubility parameters and surface energy data. This enables selection of optimal solvent systems and improves formulation stability.
Understand how polymers interact with themselves and other materials at the surface level. Understanding adhesion and cohesion supports optimization of coatings, films, and composite materials.
World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.
