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中文摘要：
以马来酸（MAc）和丙烯酸甲酯（MA）为单体，采用水相聚合方法制备了齐聚物（c0MM），并用红外光谱（FT-IR）验证，产物是一种新型的棉织物无甲醛抗皱整理剂．详细地研究了反应条件对齐聚物转化率和抗皱效果的影响．结果表明：在n（MAc）：n（MA）=8：2、105℃反应4．5h、w（引发剂）=15％（对单体总质量）时，单体转化率达到94％；用它整理后棉织物的折皱回复角（WRA）达到248°,提高率为127．5％，优于常用的改性2D树脂．
英文摘要：
A oligomer （COMM） of maleic acid （MAc） and methylacrylate （MA） was synthesized by aqueous copolymerization and the product was confirmed by FT-IR spectrum. The product can be used as a novel nonformaldehyde crease-resist finishing agent for cotton fabric. The effect of the reaction conditions on the conversion of the monomer and the crease-resistantance of the cotton fabrics was studied in detail. The result indicated that the optimal conditions were MAc：MA=8：2 （n/n）, reaction temperature 105 ℃, reaction time 4.5 h and initiator/total monomers=15% （m/m）. The total monomer conversion was 94%, and the wrinkle recovery angle （WRA） of the cotton fabric treated by COMM was as high as 248°, enhanced by 127.5%, which was better than modified 2D resin currently used in the textile industry to produce easy-care cotton fabrics.
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