Optimizing the Microstructure of MNFC Composite Paper for Improved Dewatering and Sheet Properties (PPT)

机译：优化MNFC复合纸的微观结构，以改善脱水和板材特性（PPT）

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It is possible to use wet pressing to dewater composite papers with 20% MNFC. With long enough press pulses. In-situ PCC process can be used to control the composite microstructure. Tailoring material properties. No difference between 1 and 2 passes in composite properties. Wet pressing efficiency decreased considerably with fluidization, but could be improved with low level of in-situ PCC on the MNFC.

机译：可以使用湿法压制到具有20％MNFC的脱水复合纸。足够长的按脉冲。原位PCC工艺可用于控制复合微结构。剪裁材料属性。 1和2之间的差异在复合性质中。湿压效率随流化效率显着降低，但可以在MNFC上用低水平的原位PCC水平改善。

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《TAPPI International Conference on Nanotechnology for Renewable Materials》|2017年|2 v. (947p.)|共13页
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J. Rantanen;
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Optimizing the Microstructure of MNFC Composite Paper for Improved Dewatering and Sheet Properties (PPT)

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