THIS DOI METADATA WAS LAST UPDATED: 2026-11-03 14:40
Full Title (English)
Textile and Garment Magazine
Subtitle
списание Текстил и облекло
Imprint
Textile and Garment Magazine
Publisher
SEUTGL
ISSN
1310-912X (Printed Journal)
2603-302X (Online Journal)
Journal Volume Number
06
Journal Issue Number
01
Journal Issue Designation
papers
Journal Issue Date (YYYY/MM/DD)
2026/06/30
Full Title (English)
ENVIRONMENTALLY FRIENDLY APPLICATION OF INKJET PRINTING ON CELLULOSE FABRICS WITH MINIMAL WATER CONSUMPTION FOR REACTIVE DYES
Subtitle
ЕКОЛОГИЧНО ПРИЛОЖЕНИЕ НА МАСТИЛЕНО-СТРУЕН ПЕЧАТ ВЪРХУ ЦЕЛУЛОЗНИ ТЪКАНИ С МИНИМАЛНА КОНСУМАЦИЯ НА ВОДА ЗА РЕАКТИВНИ БАГРИЛА
By (author)
Affiliation
University of Chemical Technology and Metallurgy, Textiles, leathers and fuels,Sofia, Bulgaria , Associated Professor
Affiliation
SEUTGL, Sofia, Bulgaria, Associated Professor
Number of Pages
15
First Page
183
Last Page
197
Language of text
Bulgarian
Publication Date
2026/06/30
Main description (English)
In the production of textile fabrics and products, various types of treatments are applied, through which their physicochemical properties are changed. These treatments are strictly specific for different types of textiles. In addition to the application of a number of finishing techniques, other important treatments include the dyeing and printing processes, through which the color variation and patterning of the fabrics are obtained. Several techniques are distinguished: classic dyeing, in the so-called dye bath; rotary screen printing, in which the dye paste is applied to the fabric by means of a series of engraved cylinders and screens and the digital technique of printing on fabric by spraying the dye – Ink Jet Textile Printing Technology (IJTPT). The subject of this study is a comparative analysis of classical dyeing and inkjet printing of cellulose fabrics, with an approach to a new textile printing technology by spraying the dye onto the fabric and creating new textile products, with an ecological goal: significantly reducing water and energy consumption, the amount of dye and minimal harmful impact on the environment. Keywords: cellulose textiles, inkjet printing, reactive dyes