Three ETFE nanocomposites, containing 1.5% wt in inorganic part, were prepared using melt blending technology. Thermal stability was investigated by thermogravimetric analysis: the decomposition temperature increased of about 20°C. Chemical properties were evaluated by FTIR spectra and the degree of exfoliation was estimated by XRD patterns. Surface characterization through contact angle measurements showed peculiar effects.
New ETFE nanocomposatise based on fluoro-modified nanoclays
BERTANI, ROBERTA;MODESTI, MICHELE;UGEL, ELISABETTA;SIMIONATO, FABIO;ZAGGIA, ALESSANDRO;CONTE, LINO
2012
Abstract
Three ETFE nanocomposites, containing 1.5% wt in inorganic part, were prepared using melt blending technology. Thermal stability was investigated by thermogravimetric analysis: the decomposition temperature increased of about 20°C. Chemical properties were evaluated by FTIR spectra and the degree of exfoliation was estimated by XRD patterns. Surface characterization through contact angle measurements showed peculiar effects.
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