介绍了调温材料的分类、性质、调温机理熏制作调温纤维与织物的方法及其应用熏展望了调温纤维及其纺织品的前景。
The classification, properties, temperature-adaptable mechanism of the temperature-adaptable fibers, their manufacture and the manufacture of the textiles, as well as the applications are presented.
主要生产竹纤维睡衣、浴衣、家居服、毛巾、盖毯等竹纤维产品以及全涤、全棉、平纹与提花织物。
Mainly produce bamboo fiber pajamas, bathrobe, home clothes, towels, blankets and other bamboo fiber products as well as polyester, cotton, plain and jacquard fabric.
苎麻织物具有粗犷挺括、凉爽透气、抗菌保健等优点，其优越性与独特风格是其他纤维所无法比拟的。
The ramie fabric is straight, rough, cool, breathable, anti-bacterial, hygienically, etc. , and its advantages and unique style is unmatched by other fibers.
不但在棉织物上具有优异的手感与牢度，在化学纤维上也具有其它丙烯酸粘合剂无法达到的优异牢度。
It not only exhibits excellent texture and fastness on cotton fabrics but also achieves outstanding fastness on chemical fibers that other acrylic binder cannot reach.
着重分析了纺液着色涤纶纤维的用途及其与涤纶纤维织物常规染色方法相比所具有的独特的优点。
Especially the USES of spinning dying of PET fiber and its unique characteristics compared with usual dying method of PET fabric are also described.
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.
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.
探讨了织物防紫外线辐射机理，织物的纤维种类、组织结构、色泽深浅及后整理与防紫外线能力的关系。
The effect of fibre kinds, fabric texture, the depth of shade and after treatment on protection from UVR were researched.
在研究织物热湿传递时，影响热湿传递的因素比较复杂，包括纤维种类与性能、纱线结构与性能、以及织物的结构与性能等。
The fiber properties, the yarn structures and properties, the fabric structures and properties interact, as the results the heat and moisture permeability of the fabrics show great differences.
其他机织物，按重量计其他合成纤维长丝含量在85%以下，主要或仅与棉混纺。
Other woven fabrics, containing less than 85% by weight of synthetic filaments, mixed mainly or solely with cotton.
对竹纤维及丝、棉织物的几种性能进行了测试，通过数据的比较与纤维性能的分析总结出竹纤维织物的性能特性。
A few properties of bamboo, silk and cotton fabrics were tested. The analyses of data and these fibers' properties indicated some characteristics of bamboo fabric.
本文对多向无皱褶纤维织物及复合材料的结构与性能进行了分析，并与传统的方格布等织物及复合材料进行对比。
The structure and properties of multiaxial non-crimp fabrics and composite are discussed, the comparison with traditional woven fabrics is also carried out in this paper.
研究了一种用耐高温的玻璃纤维织物与阻燃的棉织物层压而成的新型热防护复合织物。
A novel thermal protective fabric is studied, which is a composite product by laminating a kind of high temperature resistant glass fibre fabric and a flame retardant cotton cloth.
这种玻璃纤维织物具有超薄铝表面涂层，看起来像碳纤维，与温暖的木质色调相辅相成。
This fibreglass fabric has an ultra-thin surface coating of aluminium that looks like carbon fibre to complement the warm wood tones.
PTT与大豆蛋白纤维交织可以提高织物的断裂强力和拉伸回复率；
As to the fabric interlaced with PTT, it has less shrinkage, which decrease with the increasing of content of PTT.
如果纤维是相互平行的，织物沿纤维方向会有较高的强度，而在与纤维垂直的方向强度会较低。
If the fibers are placed parallel to each other, the finished fabric will have good strength in that direction but will tend to be weak in the opposite direction.
与主要竞争国家相比，我国纺织纤维不具有竞争力，纺织物和服装具有明显优势。
Compared with major competitors, textile fibers do not have competitiveness and textiles and clothing has obvious advantages in China.
文章通过对三种大豆蛋白纤维与棉混纺织物的透湿性能与透气性能的对比测试，分析了大豆蛋白纤维透湿、透气性能的影响因素。
In this paper, the water permeability and air permeability of three kinds of soybean protein fabrics are tested, and affecting factors are analyzed.
采用椭圆形纤维束截面假设，详细研究了经纱纤维束在织物表面与内部的不同。
The difference between the outer and the inner weft is analyzed by adopting the assumption of ellipse fibers.
采用氧化前处理与蛋白酶及TG酶三者结合新工艺，可以在保证纤维损伤小的前提下，提高织物的抗毡缩性。
The wool anti-felting performance could be improved and the wool fiber damage could be controlled by use of new bio-finishing process of the wool combining oxidation, protease and TG enzyme.
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.
通过分析三维正交机织物单元体的结构，可以计算经纱、纬纱和捆绑纱的截面尺寸，建立纤维体积含量与织物参数间的关系。
One of the aims in the design of 3D fabric parameters is to meet the requirement of fiber volume fraction (FVF).
本文将改性的苎麻与树脂混纺或混织的织物在热压机上压制成苎麻纤维与树脂的复合板材。
The composite sheets were fabricated from cospinning or blend-weaving textiles of modified ramie fibers and polymer in hot-pressing.
以国产海岛纤维长丝与涤纶高收缩丝交织纬编双罗纹织物为研究对象，探讨海岛丝织物的热定型工艺。
The heat-setting techniques of interlock fabrics knitted with both islands-in-the-sea and highly- contractive polyester yarn are discussed.
以国产海岛纤维长丝与涤纶高收缩丝交织纬编双罗纹织物为研究对象，探讨海岛丝织物的热定型工艺。
The heat-setting techniques of interlock fabrics knitted with both islands-in-the-sea and highly- contractive polyester yarn are discussed.
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