Structure and properties of hemp xyloid stem based viscose fiber;
大麻杆芯粘胶纤维的结构与性能
Outlast: first viscose fiber with Outlast technology;
Outlast:用Outlast技术生产的第一个粘胶纤维
Determination of oil content in viscose fiber by infrared spectrophotometry;
红外分光光度法测试粘胶纤维含油率
Feature comparison of bamboo and Modal and viscose fabrics;
竹浆纤维、Modal与粘胶纤维的织物性能比较
7 tex knitting yarn which was spun by long-staple cotton,cashmere,model fiber,viscose and corn fiber as an example to introduce the main properties of the above-mentioned fibers.
文章以长绒棉、山羊绒、Model、粘胶纤维、玉米纤维5种纤维纺制14。
The paper introduced the characteristic of cashmere,Tencel and viscose fibers.
介绍了山羊绒、Tencel纤维及粘胶纤维的性能特征,分析了各工序技术措施,强调了山羊绒在纺纱前必须加油给湿才能消除纺纱静电,以使纺纱顺利进行;适当降低各机台回转部件速度,以减少对纤维的损伤。
The major water pollution control technology in the viscose fibre business were introduced.
对当前我国粘胶纤维行业采用的几种主要水污染防治技术进行了介绍,较为详细地说明了这几种水污染防治技术的主要技术特点及应用条件,为相关企业及环保工作者了解和掌握我国粘胶纤维行业水污染防治技术现状提供了方便。
Analyzing the method and process of viscose fibre waste water simply,and introducing the waste water treatment system of Longma Co.
简要分析粘胶纤维废水的处理工艺和方法,同时介绍龙马公司粘胶废水处理,包括工艺、设备、效果和成本。
There are four waste-gas treatment methods elabrated in the thesis for the production of viscose fibre.
比较分析了粘胶纤维生产过程中废气的治理技术冷凝回收法、活性炭吸附法、燃烧法及生物法各自的特点及其适用性 ,提出了适合于粘胶纤维生产过程中不同废气排放源及不同浓度的CS2 、H2 S应采用的废气治理技术。
It was found that organosilicon had no effect on the pyrolysis of rayon fibers.
催化剂是制备粘胶基碳纤维的关键技术之一,通过热质联用(TG-MS)、扫描电镜(SEM)和力学性能测试等手段分析了硫酸铵/氯化铵/有机硅复合催化剂体系中有机硅对粘胶纤维热裂解的影响。
It was made of polypropylene spunbondeds and web of rayon fibers by hydroentangling,and compared with conventional spunlaced mask substrates of rayon and PET fibers.
介绍一种新型水刺面膜基布,它由聚丙烯纺粘非织造布与粘胶纤维网复合水刺而成,并将其与粘胶、涤纶混合水刺面膜基布进行对比。
The pyrolysis behavior of rayon fibers treated with (NH_4)_2SO_4/HN_4 Cl was investigated by thermogravimetry (TG) analysis and the kinetics parameters was obtained by TG and DTG curves.
利用热重分析方法对硫酸铵/氯化铵处理粘胶纤维的热裂解行为进行了研究,并求解出粘胶纤维热裂解反应的动力学参数。
The studies on the natural antibacterial fiber are focused on the chitosan/viscose rayon.
本文在对壳聚糖 /粘胶纤维的研究工作作了总结之后 ,对这种抗菌纤维的溶剂法纺丝作了初步探讨和展
The Process of making viscose rayon with high crimping ratioand high wet modulus with the help of common viscose rayon processingequipment was studied.
研究了采用普通粘胶纤维生产设备制造高卷曲高湿模量粘胶纤维的工艺,纺丝浴组成:H_2SO_440~80g/L、ZnSO_420—45g/L、Na_2SO_4130~240g/L,温度:40~50℃,纺丝速度35。
The spinning solutions and films of the derivatives with viscose rayon (VR) were prepared, and the O-CMCs/VR compound spinning solution was spinned to fiber textile for its antibacterial activity, followed with intensively microstructure study.
制备了三种壳聚糖衍生物的粘胶纤维纺丝液和共混膜,并根据抗菌性挑选了O-羧甲基壳聚糖/粘胶纤维纺丝液进行了纺丝,对其微观结构进行了更为深入的研究。
viscose fibre, vicose rayon,
再生纤维: 粘胶纤维
rayon cord oil agent
粘胶纤维帘子线油剂
Lilienfeld viscose rayon
利林费尔德粘胶纤维
The Strategic Research of Development for Jilin Chemical Fiber Viscose Fiber Industry
吉林化纤粘胶纤维产业发展战略研究
Blended triangle polyester fiber, cationic polyester fiber with viscose fiber, yarns are exploited.
利用三角形涤纶纤维、离子涤纶纤维和粘胶纤维开发了涤粘混纺纱。
high crimp high wet modulus rayon
高卷曲高湿模量粘胶纤维
Tire cord fabric made of viscose rayon high tenacity yarns
粘胶纤维高强力纱制的帘子布
Study on Technology and Mechanism of Viscose Fibers Surface Modification;
粘胶纤维表面改性技术及机理的研究
STUDY ON MECHANICAL PROPERTIES OF SOYBEAN PROTEIN MODIFIED VISCOSE FIBER
大豆蛋白改性粘胶纤维力学性能研究
Research on acid and alkali resistance of Outlast viscose fiber
Outlast粘胶纤维的耐酸碱性能
Staple fibres of viscose, not carded or combed
粘胶纤维短纤,未梳或未经其他纺前加工
Artificial staple fibres, other than viscose, not carded or combed
人造纤维短纤(粘胶纤维除外),未梳或未经其他纺前加
The yarn of sparkled various color are blended with triangle polyester fiber, cationic polyester fiber and viscose fiber.
利用三角形涤纶纤维、离子涤纶纤维和粘胶纤维开发了涤粘混纺多彩闪色纱。
The fibers with moderate abrasion resistance include wool, cotton, and the high wet-modulus rayons.
具有中等耐磨损性能的纤维有羊毛、棉花和高湿模量粘胶纤维。
Yarn of viscose rayon filaments, single, untwisted, nes, not put up
其他单纱,粘胶纤维长丝纺制,未加捻,非供零售用
Polyvinyl Chloride, Rayon, Cuprammonuium(Cupro)
氯纶,粘胶,铜氨纤维
synthetic fibreviscose staple fibre mixed fabric
合成纤维与粘胶短纤维混纺织物
wool-synthetic fibre-viscose staple fibre mixed fabric
羊毛和合成纤维与粘胶短纤维混纺织物
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号