We report a process to naturalise synthetic azodyes through their linkage with lactose, or its monosaccharide compo- nents, either galactose or glucose, to enhance their solubility, as many other natural dyes. This modification allows the dye- ing process of textile materials to take place in water without the addition of surfactants or other additives. The synthesis of the first generation of glycoazodyes (GADs) is carried out with the use of a diester linker to bond the azodye and the sugar. Preliminary tinctorial tests showed that this first gener- ation of GADs is soluble in water and that these new dyes are multipurpose and are able to dye different fabrics well.

Naturalised Dyes: A simple straightforward synthetic route to a new class of dyes – Glycoazodyes (GADs) / G. Bartalucci; R. Bianchini; G. Catelani; F. DAndrea; L. Guazzelli. - In: EUROPEAN JOURNAL OF ORGANIC CHEMISTRY. - ISSN 1434-193X. - STAMPA. - 2007:(2007), pp. 588-595. [10.1002/ejoc.200600686]

Naturalised Dyes: A simple straightforward synthetic route to a new class of dyes – Glycoazodyes (GADs)

BIANCHINI, ROBERTO;
2007

Abstract

We report a process to naturalise synthetic azodyes through their linkage with lactose, or its monosaccharide compo- nents, either galactose or glucose, to enhance their solubility, as many other natural dyes. This modification allows the dye- ing process of textile materials to take place in water without the addition of surfactants or other additives. The synthesis of the first generation of glycoazodyes (GADs) is carried out with the use of a diester linker to bond the azodye and the sugar. Preliminary tinctorial tests showed that this first gener- ation of GADs is soluble in water and that these new dyes are multipurpose and are able to dye different fabrics well.
2007
2007
588
595
G. Bartalucci; R. Bianchini; G. Catelani; F. DAndrea; L. Guazzelli
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/336454
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