Aegean International Textile and Advanced Engineering Conference (AITAE) -- SEP 05-07, 2018 -- GREECEWOS: 000481769900053Smart textiles are the materials that can perceive and respond to the changes in environmental conditions. Photochromic textiles, one of the smart textile products, can reversibly change their color by UV irradiation. Photochromic textiles have become more attractive with the increasing interest in functional textile materials. In this paper, the applications of photochromic dyes in textile industry, the problems experienced in the processes and general information about the solution possibilities of these problems are given.Ouzo Plomari, CreThiDev, IGF
Photochromic compounds change colour on exposure to light, while the reversion may be attributable e...
The development and design of novel functional and smart textile materials such as textile sensors a...
The influence of the concentration of a commercial photochromic dye, incorporated into as-spun and d...
Photochromic textile materials can reversibly change their color with UV irradiation. The use of pho...
Photochromic fibers and fabrics can change color in response to light radiation. They represent a sm...
Photochromism is a fascinating phenomenon which has attracted much commercial interest for app...
This paper is concerned with the study of using color-changing smart materials technology in fashion...
Photochromic textiles are of considerable interest for smart and functional textile applications due...
The conventional dyeing or printing is always characterized by impregnating textiles with chemical p...
Recent development in chemistry, fibres and electronic technology provides new material directions f...
With the colour change materials that react to heat stimulus – thermochromics – the possibilities of...
Photochromic materials have often been categorised as a smart material as they could sense and chang...
Six commercial photochromic dyes were applied to polyester and, to a lesser extent, cotton fabrics b...
Photochromic molecules are well-established colourants in the manufacturing of niche products, provi...
The importance of technical, functional and smart textiles with high added value is gradually increa...
Photochromic compounds change colour on exposure to light, while the reversion may be attributable e...
The development and design of novel functional and smart textile materials such as textile sensors a...
The influence of the concentration of a commercial photochromic dye, incorporated into as-spun and d...
Photochromic textile materials can reversibly change their color with UV irradiation. The use of pho...
Photochromic fibers and fabrics can change color in response to light radiation. They represent a sm...
Photochromism is a fascinating phenomenon which has attracted much commercial interest for app...
This paper is concerned with the study of using color-changing smart materials technology in fashion...
Photochromic textiles are of considerable interest for smart and functional textile applications due...
The conventional dyeing or printing is always characterized by impregnating textiles with chemical p...
Recent development in chemistry, fibres and electronic technology provides new material directions f...
With the colour change materials that react to heat stimulus – thermochromics – the possibilities of...
Photochromic materials have often been categorised as a smart material as they could sense and chang...
Six commercial photochromic dyes were applied to polyester and, to a lesser extent, cotton fabrics b...
Photochromic molecules are well-established colourants in the manufacturing of niche products, provi...
The importance of technical, functional and smart textiles with high added value is gradually increa...
Photochromic compounds change colour on exposure to light, while the reversion may be attributable e...
The development and design of novel functional and smart textile materials such as textile sensors a...
The influence of the concentration of a commercial photochromic dye, incorporated into as-spun and d...