Fillers for FormulationsJosé Miguel Martín-Martínez New contributions to the current knowledge of fillers and their use in formulations, including filler–polymer interactions in nanocomposites and fillers in adhesion, are contained in this volume. |
Contents
Complex Adhesion Effects of Inorganic Nanofillers vs Microfillers | 11 |
Fillers as Flame Retardants | 17 |
Influence of the Particle Size of CaCO3 on the Adhesion of Filled | 23 |
22 other sections not shown
Common terms and phrases
acid adhesion adsorption amount as-received behavior CaCO3 filled calcium carbonate carbon black carbon nanotubes cellulose Chem clay Cloisite 30B cm¹ coated compatibilizer compounds concentration containing copolymer corona discharge decrease dispersion distribution effect electron microscopy epoxy exfoliated experimental Exxpro Figure filled EVA filled EVA12 filler content filler particles flame retardant frequency fumed silica function glass fibre granules groups HEMA polymerization higher hybrids hydrolysis hydromagnesite improved increase interaction intercalation interphase layered silicates Macromol mechanical properties melt mica micrographs micronised modified montmorillonite morphology mortars MWNTs nanocomposites nanocrystals nanofillers nanoparticles nanosilicas observed obtained organoclay organophilic parameters peel strength percolation threshold platelets polybutadiene polymer polymer matrix polypropylene polyurethane prepared PUD adhesives PVAc/CaCO3 recycling rheological samples sepiolite shear shows silane silanol silica filled BIMS starch storage modulus structure surface area T-peel Table temperature thermal treatment untreated values viscosity volume fraction