Registration Number
0225U002756,
(0124U000630)
, R & D reports
Title
Environmentally friendly technology for complex flame retardant and antimicrobial treatment of blended textile materials for use in the military industrial complex.
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Розробка екологічно чистого безгалогенного та безформальдегідного складу для вогнезахисного та антимікробного опорядження сумішевих текстильних матеріалів. Теоретичне обґрунтування вибору та експериментальне дослідження ефективності біомолекул, здатних забезпечити вогнезахисні та антимікробні властивості текстилю
Head
Kulish Iryna М., Кандидат технічних наук
Registration Date
02-04-2025
Organization
Kherson National Technical University
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Development of environmentally friendly technology for complex flame retardant and antimicrobial treatment of blended textile materials based on “green technologies”.
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In the process of implementing the first stage, an environmentally friendly technology for complex flame retardant and antimicrobial treatment of textile materials was developed. Based on theoretical justification, biological macromolecules were selected for immobilization of components of the antibacterial and flame retardant composition on textile materials. Phosphorus-containing bioorganic acid was studied as biological macromolecules effective for ensuring high indicators of bacteriostaticity and fire protection of textile materials. The composition for complex simultaneous antibacterial and flame retardant treatment of textile materials was developed on the basis of universal biostructures capable of complex formation, in particular oligosaccharides. The proposed technology excludes the use of halogen- and formaldehyde-containing preparations and is based on the modification of the surface of textile materials with non-toxic functional ingredients selected according to the principle of green chemistry. Barrier functions against pathogenic microorganisms and flame are provided by the formation of a carbonized screen with low thermal conductivity on the surface of the fabric, which will provide resistance to high temperatures and the influence of aggressive environments. The flame retardant treatment and bacteriostatic effect of finishing with compositions using phytic acid and synergistic substances on textile materials of different raw material composition were evaluated. The developed technology for simultaneously providing flame retardant and antimicrobial properties to fabrics does not impair their physical, mechanical and hygienic properties.
Product Description
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Yevtushenko Valentyna V.
Venher Olena O.
Miasnykov Serhii A.
Rastorhuieva Mariia Y.
Semeshko Olha Ya.
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2026-06-23
