接枝马来酸酐改性天然橡胶(Sir-20)的工艺及表征

Murdoni Sipayung, Eddyanto Eddyanto
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引用次数: 1

摘要

用马来酸酐单体接枝法改性天然橡胶是一种旨在改变天然橡胶聚合物物理化学特性的改性技术。根据过氧化物的种类、过氧化物浓度的变化和MA浓度的变化,通过对比MA的量来进行接枝过程。FTIR测试结果表明,天然橡胶中MA的C=O羰基簇在1710-cm波数处出现吸收峰。通过比较(0.01、0.05和0.1)摩尔比对过氧化物浓度的红外分析,得出DCP浓度为0.05 mr时羰基指数最大,同样,对比MA浓度变化(3、6、9、12)phr时的红外分析结果表明,C=O吸收区出现的羰基指数最大的是KA-g-MA样品,MA变化为12 phr,羰基指数为45.81。随着MA浓度的增加,MA在天然橡胶结构上的接枝程度增大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Process and Characterization of Natural Rubber Modification (Sir-20) With Grafting Maleat Anhydride
Modification of natural rubber by Grafting method using monomer maleate anhydride is a technique of  modification of natural rubber polymers that aims to change the physical and chemical sifak of natural rubber  polymers. The grafting process is carried out by comparing the amount of MA that is graphed based on the type of peroxide, the variation of peroxide concentration and the variation of MA concentration. FTIR test results showed the appearance of peak absorption at the wave number of 1710-cm cluster C=O carbonyl from MA that is graphed in natural rubber.. Based on the comparison of ir analysis of peroxide concentration used i.e. (0.01, 0.05 and 0.1) molar ratio obtained the largest carbonyl index at DCP concentration of 0.05 mr similarly, the  comparison of IR analysis results of MA concentration variations (3, 6, 9, 12) phr shows the largest carbonyl  index that appears in the C=O absorption area is in the KA-g-MA sample with a MA variation of 12 phr with  Carbonyl index = 45.81. The degree of MA grafting on natural rubber structures increases with increased MA concentration.
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