In this study, the dyeing procedure of wool fibers with Prangos ferulacea was evaluated and optimized by response surface methodology (RSM). Using this method, the quantitive relationship between dye concentration of Prangos ferulacea, mordant concentration, dyeing temperature, and dyeing time on the dyeing procedure was investigated. The effect of these variables as well as plasma pretreatment was examined on the color strength of dyed samples. Finally, the fastness characteristic of dye sampled at proposed optimized condition was reported. The obtained results indicate that the presence of mordant improved the fastness properties and dyes uptake of wool fibers
This investigation reported a mixture of natural dyes by employing the D5 solvent as a green penetra...
The present study is aimed to explore the dyeing ability of anthraquinone colorants extracted from R...
Luxury fibers have great importance in the field of high added value fabric production, but the stud...
The response surface method (RMS) was used to optimize the color strength (K/S) of the wool fibers d...
97-101The colour fastness properties of colourant on wool fibres dyed with natural dye extracted fr...
Wool fabrics were pretreated with calcium and sodium oxalate in acidic and alkaline pH media. The pr...
AbstractIn this study, the wool fabric was mordanted with natural mordant agents extracted from the ...
In this research, usability of the flowers of the Papaver rhoeas L. which has a wide expansion area ...
Natural dyes have become an interesting subject of study because of their superior ecological proper...
Walnut, sumac, pomegranate, madder and oak are plants widely used in natural dying. In order to meas...
The high production yields of pigments by Talaromyces spp. and their high thermal stability have imp...
In this study, the effect of surface modification of wool fiber with oxygen plasma and chitosan (PC)...
The dyeing of woollen yarn with lac as natural dye has been studied using ferrous sulphate, stannous...
Although natural fibers used to be colored with natural dyes, today they have been replaced by chemi...
Fastness properties of woollen yarn dyed with natural dye are the main problems in its application. ...
This investigation reported a mixture of natural dyes by employing the D5 solvent as a green penetra...
The present study is aimed to explore the dyeing ability of anthraquinone colorants extracted from R...
Luxury fibers have great importance in the field of high added value fabric production, but the stud...
The response surface method (RMS) was used to optimize the color strength (K/S) of the wool fibers d...
97-101The colour fastness properties of colourant on wool fibres dyed with natural dye extracted fr...
Wool fabrics were pretreated with calcium and sodium oxalate in acidic and alkaline pH media. The pr...
AbstractIn this study, the wool fabric was mordanted with natural mordant agents extracted from the ...
In this research, usability of the flowers of the Papaver rhoeas L. which has a wide expansion area ...
Natural dyes have become an interesting subject of study because of their superior ecological proper...
Walnut, sumac, pomegranate, madder and oak are plants widely used in natural dying. In order to meas...
The high production yields of pigments by Talaromyces spp. and their high thermal stability have imp...
In this study, the effect of surface modification of wool fiber with oxygen plasma and chitosan (PC)...
The dyeing of woollen yarn with lac as natural dye has been studied using ferrous sulphate, stannous...
Although natural fibers used to be colored with natural dyes, today they have been replaced by chemi...
Fastness properties of woollen yarn dyed with natural dye are the main problems in its application. ...
This investigation reported a mixture of natural dyes by employing the D5 solvent as a green penetra...
The present study is aimed to explore the dyeing ability of anthraquinone colorants extracted from R...
Luxury fibers have great importance in the field of high added value fabric production, but the stud...