Abstract
Abstract Chlorobutyl rubber comprises a significant type of butyl rubber with attractive properties. Inspection of the various aspects of the dielectric properties of chlorobutyl rubber nanocomposites containing organically modified layered silicates (nano clay) in a particular range of frequency was carried out at different filler loadings. Owing to the interaction of the organically modified silicate layers with the chlorobutyl rubber matrix, a conductive pathway is created which enables the improvement in the dielectric properties of the nanocomposites. A comparative study of the dielectric properties of composites containing various types of organically modified layered silicates was done. Modeling of the dielectric properties were done and the relevance of experimental results were evaluated with the existing models.
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