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1·Detection methods for waterproof and oil proof of textile finishing agents are also briefly described.

对织物整理剂的防水性防油性的测试方法也作了简要的叙述。

2·A secondary polymerization method of antibacterial fragrant microcapsule for textile finishing is proposed.

提出二次聚合法制备用于整理纺织品的抗菌芳香型微胶囊。

3·The textile finishing machinery sector at ITMA 99 was, once again, the second largest sector after spinning.

在ITMA'99上，纺织染整机械又一次成为仅次于纺纱机械的大展区。

4·Plasma treatment will be used as an environmental friendly technology of textile finishing process in the coming future.

等离子体处理技术作为一种清洁整理工艺越来越多地运用于纺织染整加工中。

5·Now the company for the first time is offering holistic textile finishing solutions under the banner of resource management.

如今，该公司首次提供以资源管理 为主打的整体纺织后整理解决方案。

6·Research of Analytical Method about Fluorine-containing Textile Finishing Agent Monomer-1H, 1H, 2H, 2H-Tetrahydroperfluorodecylacrylate.

含氟织物整理剂单体1H，1H，2H，2H-全氟烷基丙烯酸酯的分析方法研究。

7·Existing situation and structural classification of textile finishing agents are reviewed, and its synthetic methods are briefly introduced.

综述了国内外含氟织物整理剂的现状及结构分类，简述了其合成方法。

8·How to reduce the content of free formaldehyde and make it more environmental is the most important problem for the textile finishing workers.

如何减少游离甲醛含量，使整理后织物的性能越来越符合绿色环保的要求，一直以来是染整工作者们研究的热点。

9·The textile finishing process is the highest energy-consuming segment. Manufacturing a single cotton shirt consumes approximately 2,800-3,000 litres of water.

纺织整理过程中是能源消耗的最大的一项产业，生产一件纯棉衬衫需要消耗约2，800-3，000升的水。

10·Considering the global water shortage problem many countries has tightened their norms and regulations for textile finishing processes, in order to reduce wastewater problem.

面对全球的水资源短缺的问题，许多国家已经制定规章和政策，以却保纺织后整理过程中减少废水的排放。