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Coloration and Functional Finishing of Silk Fabric Using Self-prepared Inorganic Microcrystals Dispersoid Nano-super (R)

机译:自行制备的无机微晶分散纳米超(R)对真丝织物的着色和功能整理

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To overcome the problems of existing silk textile coloration methods, we developed a kind of method to prepare inorganic microcrystals dispersoid nano-super (R) agent with well-dispersed property. In this paper, the application property of nano-super(R) agent were reported about coloration of silk fabric. The chroma parameters, color fastness and function indexs of silk fabric were measured. The results show that the nanoparticles on silk fibre take on even distribution and the size is about 8-10nm. The color depth increases following the increasing of agent concentration and the color fastness arrive to the optimization. Perfect anti-ultraviolet and flame retardance properties can be attained even the concentration of agent is only 4.0g/L. Comparing with the conventional dyeing and nano-functional finishing, the technology has many advantages such as rapid, high effective, simple and environmentfriendly.
机译:为了克服现有的丝绸纺织品着色方法的问题,我们开发了一种制备具有良好分散性能的无机微晶分散纳米超强剂的方法。本文报道了nano-super(R)剂在真丝织物着色方面的应用性能。测量了真丝织物的色度参数,色牢度和功能指数。结果表明,丝纤维上的纳米颗粒分布均匀,粒径约为8-10nm。色深随着试剂浓度的增加而增加,并且色牢度达到最佳。即使试剂的浓度仅为4.0g / L,也可以实现完美的抗紫外线和阻燃性能。与常规染色和纳米功能整理相比,该技术具有快速,高效,简单,环保等优点。

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