摘要
研究了由玻璃纤维和丙纶纤维组成的包芯编带纱、摩擦纺纱、空心锭子包缠纱以及玻璃纤维纱的织造性能。在设计的实验条件下,经过100次摩擦后,包芯编带纱表面只出现少许毛羽,纱线强力基本没有变化;摩擦纺纱的包覆纤维被完全剥离,纱线强力下降60%;空心锭子包缠纱在摩擦70次左右发生断裂;玻璃纤维纱产生大量的断丝,强力下降52%。三维织造实验表明,包芯编带纱具有优良的可织造性能,而上述其它的纱线难以进行织造加工,特别是难以织造高密织物和三维织物。
The weaving capability of commingled yarns （GF/PP）, which include micro-braided yarn, friction spun yarn, winding spun yarn and glass fiber yarn was carried out. Under the designed experimental conditions, after 100 cycles friction test, there was only a few hair appeared on the surface of the micro-braided yam,and it＇s strength was hardly changed; but the friction spun yarn＇s wrapped fiber was peeled off completely, and its strength decreased 60%. As the test reached to 70 cycles, the winding spun yarn was broken; the glass fiber yarn brought lots of broken thread,and its strength decreased 52% .3D weaving test shows that micro-braided yarn has excellent weaving capability while the other yarns are difficult to be used for weaving, especially for weaving high densiny fabric and 3D fabric.
出处
《纺织学报》
EI
CAS
CSCD
北大核心
2005年第4期68-69,共2页
Journal of Textile Research
关键词
热塑复合材料
混纺纱
织造性能
摩擦实验
thermoplastic composite
commingled yarn
weaving capability
friction test
