低温染色

定劳沙蛋白酶用于羊毛低温染色工艺的研究

Research on wool cold dyeing by WSL protease

就低温染色助剂KD对纯毛绒线染色的可行性进行了探讨。

The feasibility study of pure wool knitted yarn dyeing with low temperature dyeing assistant KD is conducted .

用表面张力法测试了自制低温染色助剂CWL中表面活性剂的临界胶束质量浓度（CMC）。

The critical micelle concentration ( CMC ) of surfactant in low-temperature dyeing assistant CWL was measured with the method of surface tension .

添加剂WMJ用于羊毛低温染色工艺的研究

Study on the dyeing process of wool at low temperature with additive WMJ

为降低涤纶纤维的染色温度，利用复配增效技术研制了低温染色助剂CWL。

Low-temperature dyeing auxiliary CWL was developed in terms of compounding and synergistic technique in order to decrease the thermosol dyeing temperature of polyester fiber .

本文从染色动力学和染色热力学方面研究了pH调节剂醋酸-醋酸钠、渗透剂SZ-801和温度对蚕丝织物酸性染料低温染色的影响，论证了低温染色的可行性。

This paper thermodynamically and dynamically deals with the effects of pH-controlling agents of acetic acid , sodium and acetate , penetrating agent SZ-801 and temperature on low temperature dyeing of silk fabric with acid dyes . It has been verified that low-temperature dyeing is feasible .

羊毛低温染色新工艺的研究

Study on the low temperature new dyeing process for wool

分散染料低温染色现状及趋势

The status and tendency of disperse dyes in low - temperature dyeing

腈纶针织物低温染色工艺探讨

A Discussion on the Low-Temperature Dyeing of Acrylic Knitted Fabrics

羊毛低温染色工艺研究（Ⅰ）

A Study on Low Temperature Dyeing of Wool (ⅰ)

羊毛在两性表面活性剂中的低温染色研究

Low Temperature Dyeing of Wool in Amphoteric Surfactant Medium

羊毛低温染色（2）从低级到高级；

Low temperature dyeing of wool 2.elementary to advanced .

低温染色对羊绒纤维强伸性能和染色牢度的影响

Influence of low temperature dyeing on strength & elongation performance and dyeing-fastness of cashmere fiber

真丝针织绸低温染色

Low Temperature Dyeing for Real Silk Knits

柞丝绸低温染色工艺的试验

Low_Temperature Dyeing Experiment of Tussah Silk

用乙二胺预处理羊毛，可以改善羊毛的染色性能，达到低温染色的目的。

In this paper , the pretreatment condition and dyeing properties of wool fiber were discussed .

低温染色工艺进展

Progress of Low-temperature Dyeing Process

低温染色可以降低对羊绒纤维的损伤，提高纺纱性能。

Low temperature dyeing can reduce the damage for cashmere fibers , improve the capability for spinning .

羊毛低温染色

Low temperature dyeing of wool

因此，有必要研究毛腈混纺制品的低温染色技术。

Therefore , it is necessary to study the low temperature dyeing techniques of wool / acrylic blends .

影响低温染色质量的主要因素是染色温度与低温助剂。

The major factors to influence the quality of low temperature dyeing were the dyeing temperature and low temperature additives .

通过应用低温染色促进剂实现腈纶和羊毛的低温染色是一项方便、有效、节能的染色技术，研究腈纶和羊毛的低温染色技术不仅具有理论价值，更有其实际的应用价值。

And using low-temperature dyeing accelerants is one of a convenient , effective and energy-efficient dyeing technique to achieve the aim .

染色全过程中，超声波羊毛低温染色的上染百分率均高于无超声波染色，超声波染色在初始阶段染色速率大。

During the whole dyeing period , the dye uptake rate with ultrasonic waves was higher than that without ultrasonic waves .

由于能耗的原因，对聚酯纤维低温染色方法的研究具有非常重要的现实意义。

Because of the problem of energy consumption , the research of low temperature dyeing methods is of great significance in reality .

众所周知，羊毛常规沸染会使羊毛损伤，而低温染色可减少损伤。

Conventional boiling dyeing of wool damages the wool , but low temp . dyeing reduces the damage . The various low temp .

通过红外光谱和X-射线衍射测定，探讨了低温染色助剂对蚕丝纤维物理聚集结构的影响。

Based on measuring of infrared spectrum and X-ray , the influence of the above dyeing auxiliaries was discussed on physical aggregative structure of silk fibre .

文中阐述了真丝绸低温染色的基本原理，列举了低温染色工艺的应用情况，介绍了低温染色的效果。

The basic principle of low-temperature real silk dyeing process is described , and the application of the process as well as its results are presented .

猪服装革染色工艺是先低温染色，后升温染色。

Thus , the dyeing process of pigskin garment leathers is that dyeing is first carried out at lower temperature , and then at raising temperature .

试验和生产实践的结果表明，采用这些染料进行低温染色后羊绒的染色牢度基本不变，纤维损伤降低，手感和纺纱性能得到改善。

The result shows that low-temperature dyeing technology can reduce the damage to the fiber , improve the handle and spinning property , decrease the resources waste .

毛皮低温染色新方法的系列研究&烷基醚磷酸酯降低染色温度的作用

The Effect of Alkylether Phosphate ( AEP ) on the Reduction of Dyeing Temperature ── A Series of Studies on the New Method of Dyeing Fur at Low Temperature