首页> 外文期刊>Journal of Polymer Science, Part A. Polymer Chemistry >Synthesis of Organofunctionalized Polysiloxane from Polymeric Tributylstannyl Ester of Silicic Acid and Chlorosilanes
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Synthesis of Organofunctionalized Polysiloxane from Polymeric Tributylstannyl Ester of Silicic Acid and Chlorosilanes

机译:由硅酸和氯硅烷的聚合三丁基锡烷基酯合成有机官能化聚硅氧烷

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摘要

Polymeric tributylstannyl ester of silicic acid (PTBS) was demonstrated to be an effective material for the preparation of functionalized polysiloxane derivatives (2). The reaction of PTBS and monochlorosilane (1), which possessed an organofunctional group such as the acetoxy or methylmethacrylate group, proceeded readily at room temperature under neutral conditions to give 2 with the elimination of the tributyltin group. The molecular weight of 2 estimated by GPC measurement was almost the same as that of starting PTBS. Such metal-exchange reaction was applicable for the incorporation of two kinds of silyl units into polysiloxane 2 by employing these monochlorosilanes 1 at the same time in the reaction.
机译:聚合的硅酸三丁基锡烷基酯(PTBS)被证明是制备官能化聚硅氧烷衍生物(2)的有效材料。 PTBS和具有有机官能团如乙酰氧基或甲基丙烯酸甲酯的一氯硅烷(1)的反应在室温,中性条件下容易进行,得到2,同时消除了三丁基锡基团。通过GPC测量估计的分子量2与起始PTBS的分子量几乎相同。通过在反应中同时使用这些一氯硅烷1,这种金属交换反应可用于将两种甲硅烷基单元结合到聚硅氧烷2中。

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