1) spinning speed
纺丝速度
1.
Effects of spinning speed on structure of Lyocell fiber;
纺丝速度对Lyocell纤维结构的影响
2.
Effect of spinning speed and third monomer content on supermolecular structure of CDP filament;
纺丝速度和第三单体含量对CDP纤维超分子结构性能的影响
3.
The scheme of process optimization of spinning temperature, quench air velocity, initial pressure of spin pack and spinning speed etc is put forward.
阐述了涤纶短纤维卷绕丝内在质量均匀性的重要性,分析了纺丝过程中影响原丝质量均匀性的主要因素,从纺丝温度、冷却风风速、组件初始压力、纺丝速度等方面提出了工艺优化的方案。
2) spinning velocity
纺丝速度
1.
Effect of spinning velocity on structure of polyglycollide fiber;
纺丝速度对聚乙交酯纤维结构的影响
2.
Calculation and analysis of spinning velocity during electrospinning process;
静电纺丝过程中纺丝速度的计算与分析
3.
The process conditions were optimized as: amount of sea sand of spin pack increased by one time,spinning temperature 282℃,spinning velocity 380 m/min,cross air speed 0.
探讨利用回收的己内酰胺进行聚合纺丝生产拉伸丝的工艺 ,最佳工艺条件 :纺丝组件的海砂用量增加 1倍 ,纺丝温度 2 82℃ ,纺丝速度 3 80m/min ,侧吹风速度 0 。
3) high-speed spinning
高速纺丝
1.
Study on high-speed spinning of fine profiled antistatic polypropylene fiber;
异形细旦抗静电丙纶高速纺丝研究
2.
The antistatic PTT DTY of 165 dtex/36 f was prepared from the resulted PTT chip via high-speed spinning process subsequent to solid-state polycondensation.
对合成的PTT切片固相增粘后进行高速纺丝制得165 dtex/36 f抗静电PTTDTY。
3.
The super-molecular structure of these two polymers was described under high-speed spinning conditions.
概述了聚对苯二甲酸乙二醇酯(PET)、聚对苯二甲酸丙二醇酯(PTT)的结构异同点,以及高速纺丝工艺条件下纤维的超分子结构。
4) high speed spinning
高速纺丝
1.
The Enka CHEV Technology for continuous high speed spinning of viscose filament yarns is introduced.
介绍了生产粘胶长丝的EnkaCHEV高速纺丝技术 ,其纺丝速度可达 50 0m/min ,工艺稳定 ,产品性能优良 ,投资成本较Nelson工艺低。
2.
This paper introduced the method of the technological innovation in ordinary high speed spinning machine by heating tube, and manufacturing the fully crystallized filament by one-step, The filament could be directly used in textile industry.
利用平板型热管纺丝装置对普通高速纺丝机进行技术改造，并一步法生产出充分结晶的ＰＥＴ纤维（ＦＣＹ）。
3.
In this paper,the micro-structure formation of Nylon 6 during high speed spinning is introduced,and the crystallization of its as-spun fiber after spinning is also described.
介绍了在高速纺丝过程中Ｎｙｌｏｎ６纤维微细结构的形成和纺丝后Ｎｙｌｏｎ６初生纤维的结晶化过程。
5) spinning temperature
纺丝温度
1.
Study on dynamic viscoelasticity of anti-dripping and flame-retardant polypropylene and spinning temperature;
抗滴落阻燃聚丙烯动态粘弹性能及其纺丝温度研究
2.
The scheme of process optimization of spinning temperature, quench air velocity, initial pressure of spin pack and spinning speed etc is put forward.
阐述了涤纶短纤维卷绕丝内在质量均匀性的重要性,分析了纺丝过程中影响原丝质量均匀性的主要因素,从纺丝温度、冷却风风速、组件初始压力、纺丝速度等方面提出了工艺优化的方案。
3.
The results showed that the 110 dtex/144 f fine denier PET FDY with splendid properties can be produced by decreasing impurity particle size,using nipple oiling method and selecting melt temperature 280 -282℃,spinning temperature 290 -292℃,cross air blow speed about 4.
结果表明:降低聚酯熔体中的杂质颗粒直径,选择熔体温度280-282℃,纺丝温度290-292℃,侧吹风速度约4。
6) filament at high spinning speed
高速纺长丝
补充资料：冻结纺丝
分子式：
CAS号：
性质：指高聚物在玻璃化温度以下的超低温中纺出，并在分子不运动的状态下连续拉伸而得高强高模纤维。所用聚合物有聚酰胺和聚烯烃等，冷冻温度约-70℃。以聚己内酰胺为例，采用冻结纺丝法可制得强度13.5cN/dtex,伸长率31％，模量3.6GPa的纤维：，用于轮胎帘子线和橡胶增强材料，高强尼龙绳及其织物、复合材料增强剂等。
CAS号：
性质：指高聚物在玻璃化温度以下的超低温中纺出，并在分子不运动的状态下连续拉伸而得高强高模纤维。所用聚合物有聚酰胺和聚烯烃等，冷冻温度约-70℃。以聚己内酰胺为例，采用冻结纺丝法可制得强度13.5cN/dtex,伸长率31％，模量3.6GPa的纤维：，用于轮胎帘子线和橡胶增强材料，高强尼龙绳及其织物、复合材料增强剂等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条