选择不锈钢金属纤维在简单罗拉牵伸区内牵切实验，以不同比例与涤纶混纺。
The stainless steel metal fibre was selected in order to make an experiment of stretch-breaking in drafing area of the simple roller, and spin with terylene at the different proportion.
研究了VILOFT扁丝与中空涤纶混纺纱织物的导湿、透汽、膨松、保暖、手感、悬垂性能。
The properties of the fabrics of blended spun yarn of VILOFT and hollow polyester, such as wet permeability, vapor transmission, warmth? Retention, handle, drape are researched.
分析了维劳夫特纤维的性能特征，概述了维劳夫特纤维与涤纶混纺各工序的工艺参数及其成纱质量。
This paper has analyzed the performance and characteristics of Viloft fiber and summarized technical parameters of every proccess and described the yarn quality.
本文研究传统棉纺设备经改进后，加工短羊毛与涤纶混纺纱的工艺过程，介绍了机器的改进及加工工艺措施。
This paper describes the processing of blending yarn. of short and polyester on. improved convention cotton system, introduces the improvement of the machine and spinning measure.
介绍了圣麻纤维的特点及其与涤纶纤维混纺竹节纱的生产工艺。
This article introduces the performance of Shengma fiber and the technology of blended slubby yarn with polyester fiber.
讨论了共混纺丝法制备的涤纶粗细节丝(BTTPF)的独特性能和添加剂对它的影响，并对碱处理后的BTTPF性能进行了探索。
The performance of blended thick and thin polyester filament (BTTPF) before and after alkali treatment and the effect of the additive on it were discussed emphatically.
涤纶和棉的混纺织物。
介绍了中长型大豆蛋白纤维与中长型高收缩涤纶纤维混纺仿毛织物的生产工艺。
Production processing of blended wool like fabric with medium length soybean protein fibre and medium length high shrink polyester fibre is introduced.
棉纱、毛纱、腈纶纱、涤纶纱及其他混纺纱等。
Cotton yarn, wool yarn, acrylic fiber yarn, dacron yarn and other blended yarn etc.
几乎所有的压缩服装生产的细旦纱生产的混纺的涤纶和弹性。
Almost all compression garments are manufactured from fine denier yarns produced from blends of polyester and elastane.
根据衬衫面料的风格要求，确定了细旦涤纶与棉纤维的混纺比及纺纱、织造的工艺参数。
The blending ratio of the fine-denier polyester fiber and the cotton fiber, the processing parameter of the spinning and weaving is confirmed according the style of top grade shirting textures.
大豆蛋白纤维和涤纶纤维在混纺纱中的转移规律并不完全符合传统的转移规律。
The transfer regularity of soybean protein fibers and polyester fibers in blended yarn is not completely in accordance with the traditional transfer regularity.
研究澳大利亚半细羊毛和细旦涤纶纤维混纺工艺技术。
Blending technology of Australian medium wools and fine denier polyester fibers is researched in worsted system.
以负离子远红外聚丙烯母粒及聚丙烯切片为原料，在普通涤纶设备上共混纺丝制得负离子远红外丙纶短纤维。
Anionic far-infrared polypropylene staple fiber can be produced via blend spinning on a normal PET plant with anionic far-infrared polypropylene masterbatch and polypropylene chips as raw materials.
涤纶短纤维与棉纤维混纺生产的产品，在穿着过程中会有起球问题，对于这类织物，烧毛工序更显得重要。
The use of polyester staple in blends with cotton, with the resultant pilling problem during wear, has increased the importance of singeing for these cloths.
聚乳酸纤维已成熟的适用于服装行业，已与棉，羊毛混纺，纺制成衣面料，光泽较涤纶纤维更优良，且有蓬松的手感。
After being blended with cotton, wool, it can be made into garment fabric that feels super soft and has better gloss than polyester fiber.
对涤纶酸改性混纺织物的染整工艺进行探索，制定了合理的生产工艺，提高了织物的质量、档次。
The dyeing and printing process for polyester and its acid modified blend fabrics is groped, the reasonable conditions are defined, quality and grade of the fabric are raised.
利用三角形涤纶纤维、阳离子涤纶纤维和粘胶纤维开发了涤粘混纺纱。
Blended triangle polyester fiber, cationic polyester fiber with viscose fiber, yarns are exploited.
利用毛、竹浆纤维和涤纶纤维的各自特点，设计混纺精纺面料，提升产品附加值。主要介绍该混纺面料的设计、产品特点、工艺要点。
Using characteristics of wool, polyester and bamboo fiber, designs blended worsted fabric with high added-value The article mainly introduces its design, feature and product technology.
探讨采用三叶涤纶纤维、阳离子改性可染涤纶纤维、细特涤纶纤维与精梳棉混纺纱开发轻薄型高密织物的生产工艺。
Production processing of developing light thin high density fabric that is made of trefoil polyester fibre, cation modification dyeable polyester, fine polyester fibre and combed cotton was discussed.
公司以化纤类服装面料为主，主要品种为尼龙，涤纶，棉类混纺交织面料。适用于各类服装，家纺类用料。
Nylon, Plolyester, and cotton fabrics series are our main products. best for garments and family textile products.
结合羊毛和大豆蛋白纤维各自优良的性能，采用羊毛纤维、涤纶、大豆蛋白纤维混纺，开发出高档大豆蛋白纤维衬衣面料。
The wool/polyester/soybean protein fiber are blent for making shirting fabrics combining characteristic of wool and soybean protein fiber.
结合羊毛和大豆蛋白纤维各自优良的性能，采用羊毛纤维、涤纶、大豆蛋白纤维混纺，开发出高档大豆蛋白纤维衬衣面料。
The wool/polyester/soybean protein fiber are blent for making shirting fabrics combining characteristic of wool and soybean protein fiber.
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