首页> 外文会议>Textile Institute World Conference(83rd TIWC) vol.3; 20040523-27; Shanghai(CN) >THE EFFECT OF CUSHION STRUCTURE ON THE IMPACT PROPERTIES IN THE MULTI-LAYER COMPOUND NULON/STAINLESS STEEL/NYLON FABRICS
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THE EFFECT OF CUSHION STRUCTURE ON THE IMPACT PROPERTIES IN THE MULTI-LAYER COMPOUND NULON/STAINLESS STEEL/NYLON FABRICS

机译:垫层结构对多层复合尼龙/不锈钢/尼龙纤维冲击性能的影响

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In this study, we laid the stainless steel filament on the pre-punching polyamide web and covered by another web. After the bonding of thermal calender, we got the compound nonwoven fabrics. We placed the compound nonwoven fabrics at the multi-layer Kevlar fabrics. We evaluated the cushion effect by the impact energy in the falling impact test. We changed the content of stainless steel filament and blending ratio of low melted-temperature staple polyester fiber to discuss the influences of these parameters on the energy of fracture propagation of multi-layer Kevlar compound fabrics.
机译:在这项研究中,我们将不锈钢长丝放在预冲孔的聚酰胺网上,并用另一层网覆盖。热压延机粘合后,我们得到了复合无纺布。我们将复合无纺布放置在多层芳纶织物上。我们通过跌落冲击测试中的冲击能量评估了缓冲效果。我们改变了不锈钢长丝的含量和低熔点聚酯短纤维的掺混比,以讨论这些参数对多层芳纶复合织物断裂传播能量的影响。

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