31 research outputs found
Morphology and elasticity of waterborne acrylic pressure-sensitive adhesives investigated with atomic force microscopy
Full text linkSkin Development during the Film Formation of Waterborne Acrylic Pressure-Sensitive Adhesives Containing Tackifying Resin
Full text linkEffect of the acrylic acid content on the permeability and water uptake of latex films
Full text linkAcrylic acid (AA) is a monomer commonly employed in emulsion polymerization
to provide electrostatic colloidal stability and improve specific film
performance. The addition of AA not only modifies the kinetics of the
polymerization, but also it takes part in the interaction between colloidal
particles, which has a strong influence on their packing and consequent latex
film properties. In this contribution a theoretical modeling of the latex film
formation is presented and compared to experimental results: water vapor
permeability and latex film capacitance are studied as a function of AA
content. It has been shown that water uptake is mainly affected by film
morphology which in turn is defined by intercolloidal interaction and drying
rate.Comment: 16 pages, 7 figure
Transformation of waterborne hybrid polymer particles into films: Morphology development and modeling
Full text linkCorrelation of Silicone Incorporation into Hybrid Acrylic Coatings with the Resulting Hydrophobic and Thermal Properties
Full text linkUse of a Routh–Russel Deformation Map To Achieve Film Formation of a Latex with a High Glass Transition Temperature
Full text linkCorrelating Particle Deformation with Water Concentration Profiles during Latex Film Formation: Reasons That Softer Latex Films Take Longer to Dry
Full text linkEtude structurale des films d'adhesifs acryliques sensibles a la pression par microscopie a force atomique en mode tapping
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