Rheological behaviour of dehydrated castor oil epoxy

Blending of sustainable resource based polymers with synthetic polymers can be used to design biodegradable and biocompatible materials that hold immense potential for their application as green packaging materials. Since the molar mass of sustainable resource based polymers is lower than the synthe...

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Published in:Polymers from renewable resources 2014-07, Vol.5 (3), p.91
Main Authors: Riaz, Ufana, Ashraf, S.M, Ahmad, Sharif, Sharma, H.O
Format: Article
Language:English
Subjects:
Castor oil
Epoxy resins
Materials research
Mechanical properties
Polymeric composites
Polymers
Polymethylmethacrylate
Rheology
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container_title Polymers from renewable resources
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creator Riaz, Ufana
Ashraf, S.M
Ahmad, Sharif
Sharma, H.O
description Blending of sustainable resource based polymers with synthetic polymers can be used to design biodegradable and biocompatible materials that hold immense potential for their application as green packaging materials. Since the molar mass of sustainable resource based polymers is lower than the synthetic polymers, they are likely to form heterogeneous blends with low compatibility Therefore, it is significant to theoretically predict the compatibility of such so as to determine at what composition and temperature, these blends can be compatible. The present preliminary investigation reports the rheological characteristics of highly concentrated blend solutions (8 wt%) of dehydrated castor oil epoxy blend (DCOE) with polymethylmethacrylate (PMMA) at various compositions and temperatures to theoretically predict the miscibility of this blend in the solid phase. The obtained values were compared with the experimental results obtained from viscosity and ultrasonic velocity measurements. Keywords: Blends, Phase separation, Viscosity, Rheology
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source SAGE Journals
subjects Castor oil
Epoxy resins
Materials research
Mechanical properties
Polymeric composites
Polymers
Polymethylmethacrylate
Rheology
title Rheological behaviour of dehydrated castor oil epoxy
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