长丝纱

chánɡ sī shā
  • filament yarn
长丝纱长丝纱
  1. PTT长丝纱形态记忆特征的实验室模拟与表征

    Laboratory Simulation and Representation of PTT Filament Yarn Shape Memory Character

  2. 异收缩聚酯仿毛长丝纱性能研究

    Research on the performances of differential shrinking wool-like polyester filament yarn

  3. 近红外(NIR)光谱在长丝纱和机织物浆料检测中的应用

    NIR Spectroscopy for Size Identification of Continuous Filament Yarns and Woven Fabrics

  4. 浆膜物理机械性质的探讨与应用通过对不同拉伸倍数及不同温度处理的POY的分析,探讨长丝纱的强度、伸长度及沸水收缩率等物理机械性质。

    This paper investigated the physical properties of polyester filament yarn such as tenacity , elongation and boiled water shrinkage by means of analyzing the POY which had been treated by different draw ratio and heating temperature .

  5. 尽管喷水织机适用于所有的连续长丝纱。

    Although they are not entirely unsuitable for continuous filament yarns .

  6. 渔网用尼龙长丝纱捻线试验法

    Testing method for twisted nylon filament yarn for fishing net

  7. 连续长丝纱通常需要粘合剂来保护以防止断头。

    Continuous filament usually need adhesive to protect the filaments from breaking .

  8. 长丝纱的最大捻数测定法

    Testing method for permissible maximum twist of filament yarn

  9. 弹性长丝纱的卷曲回复率试验法

    Testing method for crimp recovery of stretch filament yarn

  10. 长丝纱的纱支测定法:绞纱法

    Measuring method of filament yarn number : skein method

  11. 长丝纱非织造布试验法

    Testing method for non-woven fabrics made of filament yarn

  12. 棉涤纶混纺色织府绸新型涤纶仿毛长丝纱成形原理及应用研究

    Study of the Formation and Application of New-type PET Filament Yarn for Wool-like Fabrics

  13. 玻璃纤维长丝纱机械性能的研究

    Mechanical properties of glass fiber filament yarn

  14. 机织合成长丝纱织物

    Woven fabric , of synthetic filament yarn

  15. 尼龙长丝纱检查标准

    Standard for inspection of nylon filament yarn

  16. 长丝纱人造丝试验法

    Testing method for rayon filament yarn

  17. 长丝纱可以按用户要求加捻,之后卷绕到纸制圆锥筒子上。

    Filament yarn may be twisted to the level of consumer requirements and packaged on paper cones .

  18. 连续长丝纱和股线具有较高的强度,通常不必进一步增加强度。

    Continuous filament and ply yarns are inherently strong enough and usually do not require boosting of their strength .

  19. 纱线形成之后,无论是短纤纱,还是连续长丝纱都不能立即用来生产织物。

    After yarn formation , both spun and continuous filament yarns are not immediately usable in fabric forming systems .

  20. 该课题包括长丝纱上浆前的预洗除杂、高速上浆、烘干,以及新型浆料的开发。

    The technologies include prewashing before sizing of filament yarns , high speed , sizing , drying , and development of new sizing agent .

  21. 一般来说,所有的纱线,不管是单纱、股线,还是连续长丝纱,在织造之前经过润滑,对纱线都是有益的。

    In general , all types of yarn , singles , ply or continuous filament , benefit from a lubrication procedure prior to weaving .

  22. 这种纺纱方法可以使用各种短纤维,最理想的短纤维是毛纤维;此外也可以使用各种长丝纱。

    It can use any type of staple fibers , but it is especially desirable for wool , and it uses any type of filament fibers .

  23. 本文对玻璃纤维长丝纱的机械性能做了较全面的讨论。

    The Mechanical properties of glass fiber filament yarn are presented in this paper , especially the stress-relaxation property and the fatigue property under a cyclic load .

  24. 机织蛋白质纤维长丝纱织物,含此类纱重量低于85%(不包括轮胎帘子布、绒头织物和绳绒织物)

    Fabric of protein filament yarn , woven , containing less than 85 % by weight of such yarn ( excl. tyre cord fabric and pile and chenille fabrics )

  25. 变形加工使得制成纱线的形态结构摆脱了原长丝纱均匀、呆板、极光严重的缺点,接近短纤纱线。

    Textured process can make to modify morphological structure of filament yarn changing uniformity , stiffness , strong glitter in former filament which will be similar with staple fiber yarn .

  26. 绦纶长丝变形纱及其织物的研究&空气变形纱工艺

    Research of Air Textured Polyester Filament And Fabric & Air Texture Technology

  27. 长丝短纤纱并捻复合工艺对纱线力学性能的影响

    Influence of Doubling Twisting on the Mechanical Properties of Composite Yarn with Filament and Staple Yarn

  28. 环锭纺制备芯鞘型短纤/长丝复合纱的成纱机理与工艺

    The study about spinning principle and process technology of core-sheath compound yarns in the ring spinning

  29. 本文主要是研究长丝加捻纱形态结构的表征、数学建模和计算机图像处理。

    The description for configuration of continuous twisted thread 、 mathematic model construction and computer image processing are researched in this thesis .

  30. 研究结果表明,棉包涤纶长丝摩擦纱织物和棉包锦纶高弹丝摩擦纱织物在服用、舒适性等方面均优于环锭纱织物。

    The research results show that the properties of the fabrics which are made with polyester / cotton core friction yam and with high elasticity nylon 6 / cotton core friction yam are superior to those of the fabric of cotton ring yarn .