对分散染料染色进行了展望和回顾。
The methods of dyeing by dispersed dyes are reviewed and a forecast of the future is made.
为提高色牢度，在分散染料染色后要进行还原清洗。
To improve color fastness, disperse dyeing is usually followed by reduction clearing.
普通涤纶织物用分散染料染色，经整理后会发生色变、色花和染色牢度下降。
The ordinary polyester fabrics dyed with disperse dyes will exhibit faults of uneven dyeing, colour change and colour-fastness decrease after finishing process.
采用自制超临界CO2无水染色装置，对纯棉织物进行了分散染料染色实验。
The supercritical CO2 dyeing by disperse dye on pure cotton fabrics is studied.
本文通过分析影响分散染料染色速度的因素，论述了如何提高分散染料染色速度的工艺途径；
The technological process is discussed for increasing the dyeing speed of disperse dyes by analysing the affecting factors.
改性聚丙烯纤维的染色性能得到明显改善，可以被分散染料染成深色，并且其抗静电性能明显提高。
The dyeability and anti-static property could be improved effectively, and the modified PP fiber could be dyed by disperse dyes.
通过试验，分析了染料结构对聚乳酸纤维染色性能的影响，并与分散染料染涤纶（PET）纤维进行了对比。
Influence of the structure of dyestuffs on dyeability of PLA fiber was compared with that on PET fibers.
本文研究了分散染料在不同线密度涤纶纤维上的染色牢度。
The colour fastness of disperse dyes on polyester fibers with diftbrentfineness was studied.
试验结果表明：纳米炭黑分散体系对经过改性剂ep处理的聚酯纤维具有较高的上染性，且与分散染料有较好的染色相容性。
The results showed that nano carbon black dispersoid had high dye-uptake on polyester fiber modified by reagent EP in advance and good compatibility with disperse dye.
介绍了涤锦复合细旦丝毛巾布染色工艺中分散染料、吸湿柔软剂、染色温度，以及后整理工艺的选择，并列举了实例。
Examples are illustrated for how to select disperse dyes, softeners, dyeing temperature and finishing. The dyeings feature rich and firm handle, as well as excellent hydrophilicity.
简要介绍了ES系列中温型分散染料的上染性能和在生产工装面料中所具有的皂洗沾色牢度，该染料染色在生产中色差易于控制。
The paper introduces the up-take property of ES range medium temperature type disperse dyes and their application to T/C uniform fabric with respect to the staining fastness of soaping.
通过对涤棉面料染色用染料的筛选研究，发现了防近红外伪装性能最好的分散染料；
A category of disperse dye which has the most outstanding ability in anti-near-infrared camouflage was discussed.
腈纶纤维可采用阳离子染料、分散染料及分散型阳离子染料染色。
The acrylic fibers can be dyed by cationic dyes, disperse dyes and dispersive cationic dyes.
并将制得的微胶囊化分散染料对仿麂皮织物进行高温高压无助剂染色。
The microencapsulated disperse dyes were used to dye suede-like fabric under high temperature high pressure without auxiliaries, and compared with traditional disperse dyeing.
本文对部分国产分散染料在碱性条件下染色的适应性进行了研究，筛选出一部分适合于碱性浴染色的分散染料。
A research is made on the adaptability of home-made disperse dyes to alkali bath. Based on the research results, some disperse dyes are screened out.
染色则应合理选用分散染料及工艺条件，调整涤棉两相色光和深度使其一致。
Dyeing process USES disperse dyes and technique. Adjust the shade of polyester and cotton fiber to be consistent.
根据不同的工艺和添加剂，可采用分散染料、酸性染料、阳离子染料染色。
Three methods of disperse dyeing, acid dyeing or cationic dyeing were provided to apply according to various process technologies and additions.
本文探索了蒽醌染料的合成方法，采用不同的醇合成了相应的产品，并将其应用于超细旦纤维的染色，探索蒽醌系分散染料在超细旦纤维染色的特点。
A series of anthraquinone dyes containing different substituting groups were synthesized and were used to dyeing microfiber. The characteristics of anthraquinone dyes for microfiber were studied.
同时染料的极性、分子量的大小对它的染色牢度有一定的影响，极性小或分子量大的分散染料对可染丙纶的提升力好。
It was also concluded that the weak polarity or big molecular weight of disperse dye is favorable for better dyeing effect.
开发性能好、价格合适的碱性染色助剂，以解决分散染料碱性法中的不足之处。
A basic dyeing auxiliary with good properties and appropriate price was developed so as to overcome the shortcomings associated with basic dyeing with disperse dyes.
介绍了分散染料对涤纶纤维的染色理论、新老染色方法，为实际生产提供了依据。
The theory of the dyeing of polyester fibre when using dispersed dyes and the new and old dyeing methods are described for reference in practical production.
只要合理选择适当的活性染料，并控制染色条件，就有可能提高和改善分散染料对羊毛的上染量、牢度及匀染性等性能。
Provided that proper reactive dyes are selected and dyeing conditions are properly controlled, the up - taking rate, colour fastness, and even dyeing of wool with disperse dyes can be improved.
通过改变微胶囊化时的芯壁比，控制分散染料缓释速率，并考察相应微胶囊化分散染料的高温高压染色上染曲线、初染率、 匀染性及提升力等染色性能。
The ratios of the core and wall were changed in order to control the release rate of the disperse dyestuff during the course of microencapsulation.
分散染料的溶解度参数是染料结构决定染色性能的一个重要因素。
Such parameters are essential factors for structure dependence of the dyeing properties of disperse dyes.
分散染料是氨纶染色的理想染料，它具有较高的上染率和较好的染色牢度。
Disperse dyes are suitable for dyeing PU fiber, high uptake and satis factory fastnesses were observed.
根据大豆蛋白纤维的性质，分别用直接染料、酸性染料、活性染料、还原染料及分散染料对其进行染色实验。
Dyeing soybean protein fiber with direct, acid, reactive, disperse and VAT dyes separately according to its dyeing property as experiment.
本论文采用界面聚合法制备聚脲微胶囊并将分散染料微胶囊用于热溶染色、转移印花、多色多点印花和双面印花等。
Disperse dye microcapsules were applied in thermosol dyeing, transfer printing, multi-color and multi-dot printing and double sided printings.
目前分散染料已成为合成纤维，特别是聚酯纤维染色和印花的主要染料。
Now disperse dyes are mainly dyes for PET dyeing and printing.
选用春亚纺面料，在电解质元明粉存在的条件下，研究了耐盐高温匀染剂TF-212B对分散染料的高温分散性、移染性和消色性等染色性能的影响。
This article studied migration, dispersing and achromatic property of salt-resistance levelling agent TF-212B on polyester pongee under the existence of sodium sulphate.
选用春亚纺面料，在电解质元明粉存在的条件下，研究了耐盐高温匀染剂TF-212B对分散染料的高温分散性、移染性和消色性等染色性能的影响。
This article studied migration, dispersing and achromatic property of salt-resistance levelling agent TF-212B on polyester pongee under the existence of sodium sulphate.
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