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Effect of Attapulgite Filler on the Properties of Nylon-6

机译:凹凸棒填料对尼龙6性能的影响

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摘要

Nylon-6/Attapulgite (ATP) composites were prepared by melt blending in a twin screw extruder. Nylon-6/ATP composites were tested for its mechanical, rheological, thermal and morphological properties. The results have shown drastic improvement in the flexural modulus by 74% at the loading level of 4% of ATP. The tensile strength was also increased at the 3-4% loadings of ATP. The impact strength was doubled even at the 2% loading of ATP. The strength and stiffness of Nylon-6/ ATP composites were both improved significantly in the presence of attapulgite. In addition, the incorporation of ATP gave rise to the increase in the storage modulus. The extensional viscosities were studied and found to increase as the loading level was increased. Scanning electron microscopy (SEM) was used to assess the clay morphology and the dispersion of the attapulgite. SEM revealed the addition of attapulgite showed fibrillar structure of Nylon-6/ATP composite.
机译:通过在双螺杆挤出机中熔融共混制备尼龙-6 /凹凸棒石(ATP)复合材料。测试了尼龙6 / ATP复合材料的机械,流变,热和形态性能。结果表明,在4%的ATP负载水平下,弯曲模量有了74%的显着改善。 ATP含量为3-4%时,拉伸强度也有所提高。即使在2%的ATP负载下,冲击强度也加倍。在凹凸棒石的存在下,Nylon-6 / ATP复合材料的强度和刚度都得到了显着提高。另外,ATP的掺入引起储能模量的增加。研究了拉伸粘度,并发现其随着载荷水平的增加而增加。使用扫描电子显微镜(SEM)评估粘土的形态和凹凸棒石的分散性。 SEM显示凹凸棒石的添加显示出尼龙6 / ATP复合材料的原纤维结构。

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