In accordance with developing technologies in textile and garment industries, innovative products are submitted to the market continuously. Almost each innovative product introduced to the market provides a different functionality to the textiles such as breathability, lightweight, ultrathin etc. Some of the functional designs are turned into commercial products and some of them are still in experimental stage. In this study, it is aimed to analyze the worsted fabrics, which was designed to have higher tensile properties. Within the scope of this study, worsted fabrics produced from wool and high tenacity polyamide 6.6 fibers, which were mixed in the blend, with/without elastane. Compression, extensibility, bending rigidity, shear rigidity, tear strength, breaking strength and abrasion resistance properties of the fabrics were measured. According to the results, the use of elastane in the fabric structure causes an increase in the surface thickness, extensibility, formability of the fabrics, and a decrease in the bending rigidity, shear rigidity of the fabrics. Besides, the fabrics produced in this study have generally high tensile and abrasion resistance performance because of the high tenacity polyamide 6.6.

中文翻译：

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高强聚酰胺精纺面料的力学性能研究

根据纺织和服装行业的发展技术，创新产品不断推向市场。几乎每一种引入市场的创新产品都为纺织品提供了不同的功能，例如透气性，轻便性，超薄性等。一些功能性设计已转变为商业产品，其中一些仍处于试验阶段。在这项研究中，其目的是分析设计为具有更高拉伸性能的精纺面料。在这项研究的范围内，由羊毛和高韧度聚酰胺6.6纤维制成的精纺织物在混纺中混合有无弹性纤维。测量了织物的压缩，延伸性，弯曲刚度，剪切刚度，撕裂强度，断裂强度和耐磨性。根据结果​​，在织物结构中使用弹性纤维导致织物的表面厚度，可延展性，可成形性增加，并且织物的抗弯刚度，抗剪刚度降低。此外，由于高韧度的聚酰胺6.6，本研究中生产的织物通常具有较高的拉伸和耐磨性能。