Fillers for Formulations
José Miguel Martín-Martínez
John Wiley & Sons, Jul 1, 2005 - Technology & Engineering - 290 pages
There is no doubt of the importance of understanding the physics and chemistry of fillers to optimize the performance of filled plastics, polymers, rubbers and adhesives, mainly in the filed of the nanotechnology. this book provides an interesting contribution to the existing literature by adding current less explored knowledge of fillers and their implications in formulations. Most of the contributions compiled in this book relate to filler-polymer interactions mainly for nanocomposites, and some contributions were devoted to the role of fillers in adhesion. This volume will provide a reference publication for all those interested in filler-polymer interactions and fillers' performance in polymeric systems.
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Fillers for Polymeric Nanocomposites
Complex Adhesion Effects of Inorganic Nanofillers vs Microfillers
Fillers as Flame Retardants
23 other sections not shown
acid adhesion adsorption aminosilane behavior CaCO3 filled calcium carbonate carbon black carbon nanotubes cellulose cement chemical clay Cloisite 30B coated compatibilizer compounds concentration containing copolymer corona discharge coupling agent decrease dispersion distribution effect electron microscopy exfoliated experimental Figure filled EVA filled EVA12 filler content filler particles flame retardant frequency fumed silica function glass beads glass fibre grafting groups HEMA polymerization higher hydrolysis hydromagnesite improved increase interaction intercalation interphase layered silicates Macromol mechanical properties melt mica micrographs micronised modified montmorillonite morphology mortars MWNTs nanocomposites nanofillers nanoparticles nanosilica observed obtained organoclay parameters percolation threshold platelets polymer polymer matrix polypropylene polyurethane PUD adhesives recycling rheological rubber powder samples sepiolite shows silane silanol silica filled BIMS starch storage modulus structure surface area Symp T-peel Table temperature tensile strength thermal thermoplastic treatment untreated values vinyl acetate viscosity volume fraction vulcanizates