180-185A wool /polyester blended fabric (45/55) has been printed using two different dye mixtures. The substrate is exposed to low temperature plasma treatment prior to printing and then the prints are steamed and washed off. The changes induced in wettability, tensile strength and colour strength of treated samples are studied. The surface morphology of treated fabric is investigated using scanning electron microscopy. The experimental results indicate that the wettability and colour strength of treated fabrics are enhanced. Moreover, changes in surface morphology of treated samples are also observed. </span
Industry is on a continuous way to search new treatments and novel technologies to reduce costs, inc...
Knitted wool fabrics were treated with atmospheric argon plasma, enzyme (protease), chitosan and a c...
WOS: 000309685200006This paper focused on the improvement of fastnesses and color strength of pigmen...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
In this study, wool fibers arc modified by low frequency plasma polymerization of acrylic acid regar...
Knitted wool and wool/nylon blend dyed fabrics were treated with low temperature plasma (LTP) to ach...
WOS: 000267356700009This study is about environmentally safe pre-treatment for wool fabrics to impro...
This study focuses on the effect of dielectric barrier discharge (DBD) plasma treatment on physical ...
Three different silicone polymer systems, such as aminofunctional, epoxyfunctional, and hydrophilic ...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
To improve the dimensional properties of wool fabric, two kinds of silicone polymers are applied to...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
292-298Wool fabric has been treated with low-temperature plasma using a di-electric barrier dischar...
This study examines the effects of an atmospheric pressure plasma (APP) pre-treatment on the shrink ...
385-390Low-temperature plasma (LTP) treatment using oxygen gas has been applied to wool fabric. The...
Industry is on a continuous way to search new treatments and novel technologies to reduce costs, inc...
Knitted wool fabrics were treated with atmospheric argon plasma, enzyme (protease), chitosan and a c...
WOS: 000309685200006This paper focused on the improvement of fastnesses and color strength of pigmen...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
In this study, wool fibers arc modified by low frequency plasma polymerization of acrylic acid regar...
Knitted wool and wool/nylon blend dyed fabrics were treated with low temperature plasma (LTP) to ach...
WOS: 000267356700009This study is about environmentally safe pre-treatment for wool fabrics to impro...
This study focuses on the effect of dielectric barrier discharge (DBD) plasma treatment on physical ...
Three different silicone polymer systems, such as aminofunctional, epoxyfunctional, and hydrophilic ...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
To improve the dimensional properties of wool fabric, two kinds of silicone polymers are applied to...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
292-298Wool fabric has been treated with low-temperature plasma using a di-electric barrier dischar...
This study examines the effects of an atmospheric pressure plasma (APP) pre-treatment on the shrink ...
385-390Low-temperature plasma (LTP) treatment using oxygen gas has been applied to wool fabric. The...
Industry is on a continuous way to search new treatments and novel technologies to reduce costs, inc...
Knitted wool fabrics were treated with atmospheric argon plasma, enzyme (protease), chitosan and a c...
WOS: 000309685200006This paper focused on the improvement of fastnesses and color strength of pigmen...