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Study on bursting behavior of spunbonded nonwoven fabrics: Part II - Change in fabric characteristics due to repeated bursting cycle

机译:纺粘非织造布破裂特性的研究:第二部分-重复破裂周期导致织物特性的变化

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摘要

The change in the properties, such as tensile characteristics, compressional behaviour and air permeability, of a wide range of polypropylene heat-sealed spunbonded nonwoven fabrics has been studied after cyclic bursting pressure. It is observed that the cyclic bursting pressure results in change in tensile, compressional and transmission characteristics of fabrics to a great extent. The air permeability is found to be increased after the application of cyclic pressure, whereas the compressibility and recovery tendency increase marginally after the application of cyclic pressure. The cyclic bursting pressure also have significant impact on the tensile strength of spunbonded nonwoven fabrics. The tensile strength reduces after the application of cyclic pressure. The increase in the pressure level during cyclic loading significantly decreases the tensile strength.
机译:在循环破裂压力后,已经研究了各种聚丙烯热封纺粘非织造布的性能变化,例如拉伸特性,压缩行为和透气性。观察到,周期性破裂压力在很大程度上导致织物的拉伸,压缩和传递特性的变化。施加循环压力后发现透气性增加,而施加循环压力后可压缩性和恢复趋势略有增加。循环破裂压力也对纺粘非织造织物的拉伸强度具有显着影响。施加循环压力后,抗拉强度降低。循环加载过程中压力水平的增加会显着降低拉伸强度。

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