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Effect of nanoclay on the dyeing ability of PA6 nanocomposite fibers

机译:纳米粘土对PA6纳米复合纤维染色能力的影响

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PA6 clay fibers were prepared by melt spinning.The experiments carried out in DSC showed that the presence of clay in PA6 induces the crystallization of PA6 in gamma-form,increasing the crystallization temperature and decreasing the melting point.By measuring the melting enthalpy,we also noticed that the quantity of amorphous regions is higher in filled PA6 yarns.The accessibility of the filled fiber is thus improved.After dyeing experiments,we noticed that PA6 nano yarn dyes itself faster with disperse dyes than unfilled PA6 yarn,while it is the opposite with acid dyes and 2:1 metal complex dyes.In both latter cases the nanoclay fixes on the amino sites,preventing the fixation of the acid or metal complex dyes.
机译:通过熔融纺丝制备PA6粘土纤维。在DSC中进行的实验表明,PA6中存在粘土会诱导PA6以γ形式结晶,从而提高了结晶温度并降低了熔点。通过测量熔融焓,我们还注意到填充的PA6纱线中无定形区域的数量更高,从而改善了填充纤维的可及性。经过染色实验,我们注意到PA6纳米纱线用分散染料比未填充的PA6纱线对自身的染色速度更快,而与酸性染料和2:1金属络合物染料相反。在后两种情况下,纳米粘土都固定在氨基位点上,从而防止了酸性或金属络合物染料的固定。

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