X-chrome Materials for Textile Products Adapted to the Needs of Newborns
Published: 2023-07-05
Page: 441-454
Issue: 2023 - Volume 6 [Issue 3]
Amine Haj Taieb *
ISAMS, University of Sfax, LGtex of ISET KsarHellal, Tunisia.
Abir Baghdadi
ISAMS, University of Sfax, Tunisia.
*Author to whom correspondence should be addressed.
Abstract
Smart textiles in healthcare are able to react on their own by adapting to their environment. They allow integrating functions and expand the design options. The development of these textiles will lead to create more comfortable products. The textiles of the future will improve our daily lives and offer new perspectives for industry, health services and the environment. To reach those objectives, smart products incorporate more and more innovative functional materials and fibers such as X-chrome materials with color-changing properties under pressure, temperature, light, etc.
In this survey we will present the state of arts of the x-chromic materials, and mainly x-chromic textile materials. An overview of the main textile applications of chromic materials will be discussed through ongoing research towards technical and smart textile applications. Applications as reactive indicators adapted to the user need with focus on newborns needs will be detailed.
Keywords: Newborn needs, x-chromic materials, smart textile
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References
Udale Jenny. Essential styling, Textile and Fashion, Pyramyd. 2008;175.
Prevention-inspection department, protective clothing against solid particles, CSST. Canada. 2014;28.
Marie HaudeCaraes.For research in design, in Azimuts. 33:39.
French Ministry of Culture and Communication, Textile and surface designers, studies and forecasting department. Paris. 1998;40.
French Ministry of the Economy, Finance and Industry, Technical Textiles, Directorate General for Enterprises. 2006;3.
Anne Vincent and Wunderle Marcus, The creative industries, CRISP, (N° 80), 01/05/2017, P.15.
Jewell Catherine, design from different angles, magazine of the World Intellectual Property Organization. 2013;28.
Thoreau Chloé. The future of fashion is at the Fashion Tech Festival at the GaîtéLyrique, Les Inrockuptibles [online]; 2017.
Available:http://www.lesinrocks.com/2017/06/12/ style/the-future-of-fashion-is-at-fashion-tech-festival-la-gaite-lyrique-11954501/
Claude Fauque, Richard ASchutz, Marc Renner, Eugène Amouroux, Jean-Yves Dréan, André Parisot. Textile, EncyclopædiaUniversalis [online].
Available:http://www.universalis.fr/ encyclopedia/textiles/
Baillarguet Gérard. Functional analysis, University of ORLEANS, Department of Mechanical and Production Engineering: 33.
Geneviève Imbert, semi-structured interview: At the border between public health and anthropology, Association for Research in Nursing Care (ARSI). 2014;102:50.
National Institute of Industrial Property, Microencapsulation;2014.
Available:http://tpe-textiles-intelligents.e-monsite.com/pages/ii-principes-a-la-base-des-textiles- smarts/c.html
Joël De Rosnay. What is an intelligent material?,Futura Sciences [online]; 2016.
Available:https://www.futura-sciences.com/sciences/dossiers/physique- smart-materials-55/page/2/
Julie, La Fashion Tech: how will the fashion of the future make our lives easier?, Jungle Live [online]; 2017.
Available:https://www.welcometothejungle.co/articles/fashion-tech-mode -future.
Sotton Michel, Which textiles for our clothes of tomorrow? 2000;10.
Cochrane Cédric, RocheryMaryline, Hertleer Carla. Functional and intelligent textile materials, Teaching and Multimedia Department Lille1 University; 2013.
CouéViolaine, DessaptRémi, Bujoli-Doeuff Martine, JobicStéphane. Photochromic materials: Prevention of UV-related damage, Jean Rouxel Materials Institute, CNRS.
Available:http://www.cnrs.fr/cw/dossiers/ doschim/decouv/colours/materials_photochromes.html
CochennecYann. Bourget 2017: OliKrom's intelligent pigments, Copyright [online];2017.
Available:http://www.air-cosmos.com/bourget-2017-les-pigments-intelligents- d-olikrom-96409
Moulki Hakim.Electrochromic materials and devices based on modified NiO in thin layers, Thesis specializing in Physico-Chemistry of Condensed Matter, University of Sciences and Technologies of Bordeaux. 2013;147.
Cornu Lucile. X-Chromo-luminescent materials of the spinel and elpasolite type: Structure-properties relationship, Thesis specializing in Physico-chemistry of Condensed Matter, University of Bordeaux. 2014;175.
Chowdhury MA, Joshi M, Butola BS. Photochromic and Thermochromic Colorants in Textile Applications, Journal of Engineered Fibers and Fabrics.2014;9(1).
Eds CJC Crano, GuglielmettiRJ. Organic Photochromic and Thermochromic Compounds, New York: Kluwer Academic ⁄ Plenum Publishers. 1999;1.
Classen E, Beringer J. Photochromic textiles by functional coatings, ICTN; 2010.
Chowdhry MA, ButolaBS, Joshi M. An Interdiscilinary approach to smart textile design using thermochromic, photochromic and conventional pigments, Inst. Engg. Tech. 2012;2(2):21-27.
Aitken D, Burkinshaw SM, Griffiths J, Towns AD. Textile applications of thermochromic systems. Review Progress in Coloration.1996;1-8.
Billah SMR, Christie RM, Shamey R. Direct coloration of textiles with photochromic dyes. Part 1: Application of spiroindolinonaphthoxazines as disperse dyes to polyester, nylon and acrylic fabrics. Coloration Technology.2008;223-228.
Christie RM, Bryant ID. An evaluation of thermochromic prints based on microencapsulated liquid crystals using variable temperature colour measurement. Coloration Technology.2005;187-192.
Christie RM, Robertson S, Taylor S. Design Concepts for a Temperature-sensitive Environment Using Thermochromic Color Change. Color: Design & Creativity.2007;1-11.
Corns SN, Partington SM, Towns AD. Industrial organic photochromatic dyes. Coloration Technology.2009;249-261.
Dawson TL. Changing colors: now you see them, now you don‟t. Coloration Technology.2010;77-188.
Kulcar R, Friskovec M, Hauptman N, Vesel A, Gunde MK. Colorimetric properties of reversible thermochromic ink.Dyes and Pigments.2010;271-277.
Kulcar R, Friskovec M, Gundec MK, Knesaureka N. Dynamic colorimetric properties of mixed thermochromic printing inks. Coloration Technology.2011;411-417.
Little AF, Christie RM. Textile applications of photochromic dyes. Part 1: establishment of a methodology for evaluation of photochromic textiles using traditional colour measurement. Coloration Technology.2010;157- 163.
Virendra Kumar Gupta. Photochromic Dyes for Smart Textiles, Intechopen;2021. DOI:http://dx.doi.org/10.5772/intechopen.96055