马来酸酐环化和接枝改性天然橡胶Sir-20

E. Eddiyanto, Andreas Nababan, A. Sinaga
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引用次数: 0

摘要

采用不同浓度P2O5的有机溶剂二甲苯作为Lewis酸催化剂进行环化改性,然后以过氧化二氨基(DCP)为引发剂接枝马来酸酐(MA)单体。从FTIR分析中可以看出CNR形成环化过程的成功,CH2 - CH2周期性应变振动的吸收波为741 cm-1,非周期性应变振动CH2 - CH2的吸收波为835 cm-1,表明环化已经发生。对接枝结果进行FTIR分析,证明MA接枝在环状天然橡胶(CNR)上,形成的CNR-g-MA为C=O波数,波数分别为1710 cm-1和1850 cm-1。
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Modification Of Natural Rubber Sir-20 With Cyclisation and Grafting Methods with Maleic Anhydride
Modification  has been carried out through a cyclization process using an organic solvent of Xylene in the various of concentration of P2O5 as a  Lewis Acid catalyst followed by the grafting process of Maleic Anhydride (MA) monomer using dicumyl peroxide (DCP) as the initiator. The success of the cyclization process of CNR formation can be seen from the FTIR analysis which shows typical peaks at the absorption wave of 741 cm-1 from the CH2 – CH2 cyclical strain vibration and a wavelength of 835 cm-1 from the non-cyclical strain vibration CH2 – CH2 indicating that cyclization has occurred. Furthermore, on the results of grafting, FTIR analysis was carried out to prove that the MA had been grafted on the Cyclic Natural rubber (CNR) so that the formation of CNR-g-MA as shown of the C=O wave number which was on wave number 1710 cm-1 and 1850 cm-1.  
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