In this work, conductive yarn manufacturing that is formed by wrapping metal wire around the cotton yarn is described. Roving material at different thicknesses and copper and stainless steel-based wires having different diameters were fed into the ring frame to produce yarns containing metal wires. Performance of the composite yarns was tested by measuring yarn count, hairiness, and tensile properties. These yarns can be used in broad application areas of smart textiles for electromagnetic shielding effectiveness, dissipation of static electric charge, or conductive textile applications
[[abstract]]In order to fabricate fabrics with electromagnetic shielding effectiveness (EMSE) and ot...
In recent years, the use of electrical and electronic devices has grown rapidly. These devices cause...
Our aim in this study was to investigate the effects of course density, yarn linear density and thic...
There has been increasing interest in the development and use of conductive materials in recent year...
Recently, there has been a growing interest in protective textiles that are produced in order to red...
Over the last decade extensive research has been on the way to provide textile structures with elect...
The development level of the modern techniques and information technologies creates diverse nature e...
The emerging of smart textiles in recent years has exposed the necessity of electro-conductive yarns...
By the integration of electro-conductive properties in the fabric structure can be obtained a flexib...
[[abstract]]In the research, The electromagnetic interferences (EMI) have drastically increased and ...
The emergence of intelligent textiles in recent years has highlighted the importance of e-textiles (...
[[abstract]]Textiles can have valuable functions in terms of measurement, detection and communicatio...
The implementation of electronic textiles which are capable of being applied as electrodes, sensors ...
The aim of this study is to investigate electromagnetic shielding and comfort properties of single j...
The integration of electronic components in/onto conductive textile yarns without compromising texti...
[[abstract]]In order to fabricate fabrics with electromagnetic shielding effectiveness (EMSE) and ot...
In recent years, the use of electrical and electronic devices has grown rapidly. These devices cause...
Our aim in this study was to investigate the effects of course density, yarn linear density and thic...
There has been increasing interest in the development and use of conductive materials in recent year...
Recently, there has been a growing interest in protective textiles that are produced in order to red...
Over the last decade extensive research has been on the way to provide textile structures with elect...
The development level of the modern techniques and information technologies creates diverse nature e...
The emerging of smart textiles in recent years has exposed the necessity of electro-conductive yarns...
By the integration of electro-conductive properties in the fabric structure can be obtained a flexib...
[[abstract]]In the research, The electromagnetic interferences (EMI) have drastically increased and ...
The emergence of intelligent textiles in recent years has highlighted the importance of e-textiles (...
[[abstract]]Textiles can have valuable functions in terms of measurement, detection and communicatio...
The implementation of electronic textiles which are capable of being applied as electrodes, sensors ...
The aim of this study is to investigate electromagnetic shielding and comfort properties of single j...
The integration of electronic components in/onto conductive textile yarns without compromising texti...
[[abstract]]In order to fabricate fabrics with electromagnetic shielding effectiveness (EMSE) and ot...
In recent years, the use of electrical and electronic devices has grown rapidly. These devices cause...
Our aim in this study was to investigate the effects of course density, yarn linear density and thic...