Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers

  The aim of this work is the preparation of a biodegradable polymeric blend (LDPE/AD+S) to be used for eco-friendly packaging purposes. The polymer matrix consists mainly of low density  polyethylene( LDPE), starch (S), and low quantities of additives (AD) as compatibilizers. The additives are: m...

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Main Authors: يمن الأتاسي, ناريمان الداوود
Format: Article
Language:Arabic
Published: Tishreen University 2018-11-01
Series:مجلة جامعة تشرين للبحوث والدراسات العلمية، سلسلة العلوم الأساسية
Online Access:http://journal.tishreen.edu.sy/index.php/bassnc/article/view/4635
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author يمن الأتاسي
ناريمان الداوود
author_facet يمن الأتاسي
ناريمان الداوود
author_sort يمن الأتاسي
collection DOAJ
description   The aim of this work is the preparation of a biodegradable polymeric blend (LDPE/AD+S) to be used for eco-friendly packaging purposes. The polymer matrix consists mainly of low density  polyethylene( LDPE), starch (S), and low quantities of additives (AD) as compatibilizers. The additives are: maleic acid, acetic acid, benzoyl peroxide, and zinc stearate. The polymer blend LDPE/AD+S was prepared by extrusion, in three compositions according to the percentage of starch (15,20,40%). Then, films were prepared from the blend by thermal hydraulic compression to study their microstructure by optical microscopic at magnification of 500 The results showed that the starch granules were homogeneously distributed within the polymer matrix, and the compatibility additives played an important role in enhancing the microstructure of the prepared blends. The results also indicate that the starch promotes the onset of the bioegradation process.
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spelling doaj.art-29ba9a7d858c43a497ab78c3951bec892023-12-03T11:14:00ZaraTishreen Universityمجلة جامعة تشرين للبحوث والدراسات العلمية، سلسلة العلوم الأساسية2079-30572663-42522018-11-01405Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizersيمن الأتاسيناريمان الداوود   The aim of this work is the preparation of a biodegradable polymeric blend (LDPE/AD+S) to be used for eco-friendly packaging purposes. The polymer matrix consists mainly of low density  polyethylene( LDPE), starch (S), and low quantities of additives (AD) as compatibilizers. The additives are: maleic acid, acetic acid, benzoyl peroxide, and zinc stearate. The polymer blend LDPE/AD+S was prepared by extrusion, in three compositions according to the percentage of starch (15,20,40%). Then, films were prepared from the blend by thermal hydraulic compression to study their microstructure by optical microscopic at magnification of 500 The results showed that the starch granules were homogeneously distributed within the polymer matrix, and the compatibility additives played an important role in enhancing the microstructure of the prepared blends. The results also indicate that the starch promotes the onset of the bioegradation process. http://journal.tishreen.edu.sy/index.php/bassnc/article/view/4635
spellingShingle يمن الأتاسي
ناريمان الداوود
Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
مجلة جامعة تشرين للبحوث والدراسات العلمية، سلسلة العلوم الأساسية
title Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
title_full Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
title_fullStr Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
title_full_unstemmed Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
title_short Formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
title_sort formulation and biodegradation of polymer blend based on low density polyethylene with starch and compatibilizers
url http://journal.tishreen.edu.sy/index.php/bassnc/article/view/4635
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