涤纶低弹衬的染整加工

粘合衬基布的染整加工过程对粘合衬的手感和剥强等粘合性能有一定的影响。本文介绍了涤纶低弹衬的染整加工工艺     

新型粘合衬布工艺技术研究

论述了采用新纤维组分制取柔软的、折皱回复弹性优良的热轧粘合非织造布,以圆网浆点涂层技术均匀涂数聚酸胺热熔胶,制成具有优异服用性能的中高档服装用粘合衬布的工艺研究和理论探讨。     

服装衬料剖析

论述了服装衬料对服装功能性和装饰性所起的重要作用，着重论述了粘合衬的使用，使传统的中高档服装胸衬制作工艺大大简化，在造型、保型等方面效果更佳，重量减轻，指出粘合衬对服装工业的发展起到了巨大的推动作用。     

经编衬布的前处理工艺

采用涤纶长丝、低弹丝的经编布作底布的服装用粘合衬日益受到欢迎。本文介绍了较为先进的经编布前处理工艺 :经编衬纬布用平幅收缩和浸轴染色工艺 ;机织弹力衬用平幅精练退浆收缩和浸轴染色工艺。     

热熔粘合衬粉点涂层加工工艺探讨

通过对8508涤棉粉点粘合衬生产工艺的研究,分析了影响产品质量的重要因素,提出了相应措施和解决方法.     

粘合衬风行世界三十年

介绍了粘合衬布发展的情况,指明了其发展的方向。     

有纺衬与面料黏合缩率研究

除了面料本身会对面料黏合缩率产生影响外,有纺衬的涂层方式、底布原料、面密度3个因素也会造成影响。本实验采用L_4(2~3)正交方案,选择棉、羊毛、涤纶3种常用面料和符合实验条件的4种有纺衬,在规定的条件下测试试样的黏合热缩率和黏合缩水率的变化。实验结果显示,有纺衬的面密度是影响羊毛、涤纶面料的黏合热缩率和黏合缩水率最大的因子。     

纯棉高档热熔黏合染色衬生产实践

介绍了纯棉热熔黏合染色衬布前处理、染色、防缩整理、粉点涂层等染整生产工艺,研究了防皱整理剂用量、整理液pH值、焙烘温度对整理衬布释放甲醛、撕破强力、断裂强力和色差的影响,确定了较佳的生产工艺。衬布用PE粉涂层后,再经机械预缩整理,生产的热熔黏合衬布经向缩水率-0．6％,纬向缩水率-0．8％,甲醛释放量35．7mg／kg,剥离强力19．3N,都达到了优等品指标值。     

黏合衬的黏合机理及选择

如今黏合衬不仅可取代软衬、毛鬃衬等传统工艺用衬,还符合服装轻、薄、柔、挺的发展趋势。品质良好的黏合衬黏合力强、无渗透、手感柔软,耐干洗和水洗、剥离强度高,永久滑爽,且回弹性、抗皱性、免熨性好。服装生产前须对面料、辅料及黏合衬进行黏合测试,以达到最佳效果。     

Utilization of Waste Yarns in Hair Interlining Industry

There has been an innovation need for utilizing fine yarn wastes nowadays. In this study, probability of using yarn wastes in hair interlining industry has been investigated. Information about hair interlining was given and production problems were investigated. It was underlined that by using wastes these problems can be solved environment-consciously. Mass per unit area, breaking strength, elongation at break, fiber blending ratio, circular bending stiffness, and dimensional change of standard and environment-friendly interlinings were tested and comparatively investigated. Consequentially, environment-friendly hair interlinings produced from different yarn wastes have lower shrinkage results. It was found that breaking strength, elongation at break, and circular bending stiffness results of the two fabrics had no remarkable difference. With this study, suitable utilizing area for waste yarns were found and singeing and sizing steps of the production were eliminated. In every sense, this study brings innovations for hair interlining production and makes contributions to the environment.