This paper compares the impact of laser treatment on cotton and cotton/polyester blended fabric hand properties, using the PhabrOmeter system. Five fabric hand properties, namely, stiffness, smoothness, softness, wrinkle recovery rate, and drapability, were obtained, and it was proven that laser treatment could be successfully used to change the fabric hand. In the case of pure cotton woven fabrics, the fabrics were found to have better drapability and wrinkle recovery after laser treatment. In cotton/polyester blended fabrics, stiffness was found to be relatively higher after laser irradiation
Copyright: © 2014 Y Nukman, et al. This is an open-access article distributed under the terms of th...
The thermal processing of cotton fabrics poses a serious danger for these materials, especially such...
A number of laser treatments in the textile industry such as: marking, engraving, cutting, welding, ...
This paper compares the impact of laser treatment on cotton and cotton/polyester blended fabric hand...
In the textile and fashion industry, cotton knitted fabric is commonly used for making apparel. To a...
In this study, laser was applied to two types of cotton-based woven fabrics in order to study the ef...
In this study, CO2 laser was used for treating cotton fabric to create surface effects which were fo...
5th Cross-Straits Conference on Textiles, Dec 17-19, 2014, Hung Hom, Hong KongThe effect of CO2 lase...
The colour of carbon fibre fabric is black which limits its aesthetic properties. CO2 laser has been...
A new method for the modification of the properties of polyamide fabric, based on exposure to the ou...
Cotton fabric was treated by CO<inf>2</inf> laser under different parameters, before and after dyein...
Infrared lasers, like CO2, appear to be advantageous due to their large beam size, high efficiency, ...
74 s., 20 s. příl. :il., tab., grafy +CD ROMLaser treatment of textile fabrics is a dry treatment of...
Chemical treatment methods are most often used in the present for polymer surface modification; howe...
Kapok is a hollow fiber with a 90% hollow degree. Compared with cotton fiber, kapok fiber has excell...
Copyright: © 2014 Y Nukman, et al. This is an open-access article distributed under the terms of th...
The thermal processing of cotton fabrics poses a serious danger for these materials, especially such...
A number of laser treatments in the textile industry such as: marking, engraving, cutting, welding, ...
This paper compares the impact of laser treatment on cotton and cotton/polyester blended fabric hand...
In the textile and fashion industry, cotton knitted fabric is commonly used for making apparel. To a...
In this study, laser was applied to two types of cotton-based woven fabrics in order to study the ef...
In this study, CO2 laser was used for treating cotton fabric to create surface effects which were fo...
5th Cross-Straits Conference on Textiles, Dec 17-19, 2014, Hung Hom, Hong KongThe effect of CO2 lase...
The colour of carbon fibre fabric is black which limits its aesthetic properties. CO2 laser has been...
A new method for the modification of the properties of polyamide fabric, based on exposure to the ou...
Cotton fabric was treated by CO<inf>2</inf> laser under different parameters, before and after dyein...
Infrared lasers, like CO2, appear to be advantageous due to their large beam size, high efficiency, ...
74 s., 20 s. příl. :il., tab., grafy +CD ROMLaser treatment of textile fabrics is a dry treatment of...
Chemical treatment methods are most often used in the present for polymer surface modification; howe...
Kapok is a hollow fiber with a 90% hollow degree. Compared with cotton fiber, kapok fiber has excell...
Copyright: © 2014 Y Nukman, et al. This is an open-access article distributed under the terms of th...
The thermal processing of cotton fabrics poses a serious danger for these materials, especially such...
A number of laser treatments in the textile industry such as: marking, engraving, cutting, welding, ...