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Journal of Applied Polymer Science

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Date: 2017-06-9 |2017-06-9 |2001–1 |1995 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20170609-092150
Description: Blends of natural rubber (NR) with linear low-density polyethylene (LLDPE) were prepared by melt blending of the materials in a plasticorder mixer at various temperatures around the melting point of L… More
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Date: 2017-06-9 |2017-06-9 |2001–1 |1994 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20170609-095843
Description: The measurement of physical properties of thermoplastic natural rubber (TPNR) of NRHDPE blends have been made at various compositions of high-density polyethylene (HDPE). The tensile properties and ha… More
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Date: 2017-06-9 |2017-06-9 |2001–1 |1995 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20170609-080542
Description: Reactive extrusion of polypropylene (PP)/natural rubber (NR) (90/10) blends was conducted in the presence of a peroxide[ 1,3-bis(t-butylperoxy)benzene]a nd coagent (trimethylolpropanetriacrylate, TMPT… More
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Date: 2016-04-14 |2016-04-14 |2001–1 |1989 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20160414-100722
Description: The compatibility behavior of epoxidized natural rubber (ENR) at two different degrees of epoxidation with hydroxyl-containing polymeric resins was investigated. These included Novolac and Resole resi… More
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Date: 2015-05-6 |2015-05-6 |2001–1 |1991 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20150506-152326
Description: Mill mixed blend of epoxidized natural rubber and chlorosulfonated polyethylene forms a self-vulcanizable rubber blend during molding at high temperatures in absence of any vulcanizing agent, which is… More
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Authors: Perera, M. C. S.
Date: 2015-01-16 |2015-01-16 |2001–1 |1990 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20150116-09237
Description: Since oxidizability of raw rubber is adversely affected by epoxidation, an attempt was made to bind an amine antioxidant to the rubber molecule through the oxirane group. Effective binding was observe… More
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Date: 2015-01-14 |2015-01-14 |2001–1 |1984 | | | | | | |
Language: EN
Type: Article
Identifier: valet-20150114-113053
Description: Studies in the epoxidation of natural rubber latices are described. Investigated epoxidation routes include the use of bromohydrin intermediates, hydrogen-peroxide-catalyzed systems, and preformed per… More
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