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首页> 外文期刊>International Journal of Engineering Research and Applications >Titanium Dioxide Nanoparticles Finishing Of Atmospheric Pressure Plasma Treated Polyester Fabric for Inkjet Printing
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Titanium Dioxide Nanoparticles Finishing Of Atmospheric Pressure Plasma Treated Polyester Fabric for Inkjet Printing

机译:常压等离子体处理的喷墨打印聚酯织物的二氧化钛纳米粒子整理

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In the present study the application of the atmospheric pressure plasma (APP) to the polyester fabric has been investigated in order to enhance the printing properties of inkjet printed fabric instead of the traditional pretreatment process. Also plasma increase the fixation of titanium dioxide nanoparticles (TiO2 NPs) inside the fiber.Different gases were investigated viz. oxygen (O2), air, argon (Ar), nitrogen (N2), O2/Ar, air/Ar, and N2/Ar, The effect of exposure time of plasma treatment at different discharge currents on the colour strength of treated polyester fabric printed with disperse ink was studied.Factors that affecting TiO2 NPs treatment have been studied viz. TiO2 conc., sodium alginate conc., sodium hypophosphite conc. (SHP), citric acid conc. Curing temperature and curing time. Different measurements to evaluate the treatment process have been investigated, i.e. color strength, UV protection, Anti-bleeding performance, self cleaning.....
机译:在本研究中,已经研究了将大气压等离子体(APP)应用于聚酯织物的方法,以增强喷墨印花织物的印花性能,而不是传统的预处理方法。等离子体还增强了纤维内部二氧化钛纳米颗粒(TiO2 NPs)的固定。研究了不同的气体,即。氧气(O2),空气,氩气(Ar),氮气(N2),O2 / Ar,空气/ Ar和N2 / Ar,在不同放电电流下等离子处理的暴露时间对处理过的聚酯织物的色强度的影响研究了用分散油墨印刷的颜料。研究了影响TiO2 NPs处理的因素。 TiO2浓,海藻酸钠浓,次磷酸钠浓。 (SHP),柠檬酸浓。固化温度和固化时间。已经研究了用于评估处理过程的不同测量方法,即色强度,防紫外线,防渗漏性能,自清洁.....

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