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Influnence of hot-pressing temperature on the formation of aramid paper

机译:热压温度对芳纶纸形成的影响

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Meta-aramid fibrid is prepared by precipitation, and aramid fibers are mixed with meta-aramid fibrid to make aramid paper by hot-pressing technology. Meta-aramid fibrid possesses an excellent binding and adhesive properties with the aramid short fibers, yielding high mechanical properties of the aramid paper. The effects of hot-pressing temperature on the mechanical property of meta-aramid paper are mainly discussed. Experimental results indicate that the mechanical property of aramid paper increases first and then decreases with the in-crease of hot-pressing temperature. The fundamental cause of this phenomenon is elucidated, and the aramid paper reaches its maximal mechanical property when the hot pressing temperature is 300°C.
机译:通过沉淀制备间位芳纶纤维,将芳族聚酰胺纤维与间位芳纶纤维混合,通过热压技术制备芳纶纸。间位芳族聚酰胺纤维与芳族聚酰胺短纤维具有优异的粘合和粘合性能,从而产生了芳族聚酰胺纸的高机械性能。主要讨论了热压温度对间位芳纶纸力学性能的影响。实验结果表明,随着热压温度的升高,芳纶纸的力学性能先升高后降低。阐明了这种现象的根本原因,并且当热压温度为300°C时,芳纶纸达到其最大机械性能。

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