1.
Weaving technology study of denim made of short-quarter cotton rotor spun yarn
短季棉低捻转杯纱的牛仔布织造工艺研究
2.
Reaserch of undertwisted rotor spinning technology of super short-quarter cotton
超早熟短季棉的低捻转杯纺纱工艺研究
3.
Analysis on Relationship between Yarn Strength and the Critical Twist Factor of Rotor-spun Yarn
转杯纱强力与临界捻系数的关系探讨
4.
The Experimental Analysis of the Untwist Retwist Methods in Determining the Twist of OE Yarn
对测试转杯纱捻度的几种退捻加捻法的实验分析
5.
"More twist produces stronger yarn; low twist produces softer, shinier yarn."
捻度较大的纱强力好,低捻纱柔软有光泽,高捻产生皱纱。
6.
Also, it is more uniform but somewhat weaker than ring- spun yarn.
另外,无捻纱比环锭纱条干更均匀,强度则略低
7.
Experience of Producing C 18.2 tex Rotor Yarn
C 18.2 tex转杯纱生产体会
8.
Research and development of low-twist differential tex plied combed cotton yarn
精梳棉异特合股低捻纱线的研制与开发
9.
Processing Optimization of Spinning Knitted Yarn on R40 Rotor Spinning Machine
R40型转杯纺纱机纺针织纱的工艺优选
10.
The Production Practice of C58.3tex High Quality Rotor Spinning Yarn
优质C58.3tex棉纱转杯纺纺纱生产实践
11.
This conditioning is done to allow the filling yarn to relax, reducing the twist liveliness of the yarn and preventing the formation of kinks.
这种环境可以使纬纱松弛,降低纱线捻度的不稳定性,防止发生扭结。
12.
Self- twist spinning produces yarns more cheaply than ring spinning and considerably faster with less labor.
自捻纺纱与环锭纺纱相比,成本较低,生产率高,而且节省人工。
13.
The effect of fiber friction within rovings and yarns can be expressed by means of "minimum twist of cohesion".
粗纱和细纱中纤维摩擦的效用，可以用“最低粘合捻度”表示。
14.
Study on the Spinning Technology and Mechanism of Rotor-spun Composite Yarn;
转杯纺复合纱的纺纱工艺及其成纱机理的研究
15.
As the yarn becomes finer, it requires more twist; heavier yarns can have very low twist and be durable.
纱线越细,要求的捻度就越大。粗重的纱线可以使用较低的捻度,但强度较大。
16.
Determination of twist in yarns-Untwist-retwist method
GB/T2543.2-1989纱线捻度的测定退捻加捻法
17.
Comparison of Cotton/Polyurethane Elastic Rotor Spun Yarn and Ring Spun Yarn;
棉/氨转杯弹力纱与环锭弹力纱的对比研究
18.
Study on the Technology and Properties of the Rotor Spun Composite Yarn;
转杯纺长丝/短纤复合纱纺纱工艺与纱线性能研究