Authors
Natacha Bitinis, Marianella Hernández, Raquel Verdejo, José María Kenny, Miguel A Lopez‐Manchado
Publication date
2011/11/23
Source
Advanced Materials
Volume
23
Issue
44
Pages
5229-5236
Publisher
WILEY‐VCH Verlag
Description
Smectite clays (e.g. montmorillonite), belonging to the structural family called 2:1 phyllosilicates, are the main choice for designing polymer nanocomposites due to their low cost and rich intercalation chemistry allowing them to be chemically modified (organoclays) and to improve the compatibility with the polymer matrix. These hybrid materials, normally called polymeric nanocomposites (PNC), represent a radical alternative to conventional polymer composites and have focused the attention of both academia and industry because of their unexpected properties, and their straightforward synthesis and processing. Such materials on the nanoscale level show significant improvements in mechanical properties, heat distortion temperatures, thermal stability, flame retardancy and enhanced barrier properties. The combination of enhanced properties, weight reduction, and low cost has led to interesting commercial …
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Scholar articles
N Bitinis, M Hernández, R Verdejo, JM Kenny… - Advanced Materials, 2011