DEVELOPMENT OF PIGMENTED COMPOSITES ON THE BASIS OF NANO AND MICRO-FIBRILLATED CELLULOSE (PPT)

机译：基于纳米和微纤维化纤维素（PPT）的着色复合材料的研制

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Coprocessing pigment during the fibrillation of pulp to form NFC/MFC can increase efficiency, runnability and performance of such products in applications (compared to post addition of pigment) Binder additives (e.g. guar and CMC) can increase the performance of (pigmented) NFC/MFC composites Coprocessing in presence of additive is beneficial (Metal) ions (electrolyte) may also be used to adjust the performance of (pigmented) NFC/MFC composites "

机译：在纸浆纤维状过程中形成NFC / MFC的共生颜料可以提高效率，可变性和在应用中的这种产品的性能（与抛颜料后添加颜料）粘合剂添加剂（例如瓜尔和CMC）可以增加（着色）NFC /在存在添加剂的情况下，MFC复合材料在存在下是有益的（金属）离子（电解质），也可用于调节（着色）NFC / MFC复合材料的性能“

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《International Conference on Nanotechnology》|2016年||共10页
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Michel Schenker; Patrick Gane;
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DEVELOPMENT OF PIGMENTED COMPOSITES ON THE BASIS OF NANO AND MICRO-FIBRILLATED CELLULOSE (PPT)

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