α,ω-Bis-(Triethylsiloxy)Oligohydride Ethyl Siloxanes with Biophore 3,5-Dichloropyridyl-Containing Groups for Protecting Textile Materials against Biodeterioration
Restricted accessResearch articleFirst published online August, 2012
α,ω-Bis-(Triethylsiloxy)Oligohydride Ethyl Siloxanes with Biophore 3,5-Dichloropyridyl-Containing Groups for Protecting Textile Materials against Biodeterioration
A method was developed for synthesising 3,5-dichloropyridyl-containing oligohydride ethyl siloxane biocidal oligomers, which, in a quantity of 0.01–0.1 wt%, entirely suppress the growth of mould. It was shown that the oligomers synthesised can be attached covalently on the surface of textile material through the reaction of condensation by the interaction of functional groups of the oligomer and polymer fibre. The effectiveness of the bioprotective properties of the obtained textile materials was analysed.
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References
1.
IzmailovB.A., Antimicrobial textile materials. Immobilisation on the surface of 2-(4-hydroxyphenyloxy)-3,5-dichloropyridine fabric. Abstracts of Papers of International Conference “Textile Chemistry 2004”, Ivanovo, pp. 55–56 (2004).
2.
IzmailovB.A., The synthesis of alkoxysilane derivatives of 3,5-dichloro-2-(4-hydroxyphenyloxy)pyridine. A method for protecting textile materials against biodeterioration. Abstracts of Papers of the 10th All-Russian Conference “Silicone Compounds: Synthesis, Properties, Application”, Moscow, 2S19 (2005).
3.
SkripnikovaV.S., The synthesis and investigation of the properties of new silicone compounds for hydrophobic and antimicrobial dressing of textile materials. Abstracts of Papers of the 4th All-Russian Scientific Student Conference “Textile of the Twenty-First Century”.MGTU, Moscow, pp. 33–34 (2005).
4.
IzmailovB.A., Polymers and polymeric materials: synthesis, formation, structure, properties. Collection of Scientific Proceedings, ed. by Gol'braikhL.S.MGTU, Moscow, pp. 238–242 (2005).
5.
SkripnikovaV.S., and SeleznevaL.N., Synthesis and application of new silicon organic compounds for finishing textile fabrics. Scientific and Practical Conference of Postgraduate University Students in Foreign Languages, MGTU, Moscow, p. 16 (2005).
6.
IzmailovB.A., A combined method of hydrophobic and antimicrobial finishing of textile materials. Scientific almanac. Tekstil'naya Promyshlennost', Special issue(7–8): 70–72 (2005).
7.
IzmailovB.A., Alkoxysiloxane derivatives of 3,5-dichloro-2-(4-oxyphenoxy)pyridine and a method for their production. Russian Patent 2278867 (2006).
8.
IzmailovB.A., A method for protecting textile materials against biodeterioration. Russian Patent 2285076 (2006).
9.
SkripnikovaV.S., Oligoethoxysiloxanes with 3,5-dichloropyridyloxysilyl units for the protection of textile materials against biodeterioration. Plast. Massy, (6): 53–56 (2007).
10.
SkripnikovaV.S., and IzmailovB.A., The synthesis and investigation of the properties of a new silicone compound. Collection of Scientific Proceedings of Postgraduate Students. Vol. 13, MGTU, Moscow, pp. 40–43 (2007).
11.
AndrianovK.A., and KhanashviliL.M., Technology of Heteroorganic Monomers and Polymers.Khimiya, Moscow, p. 400 (1973).
12.
DmitrievaM.D., Traditions and modernity. Symposium “Ecology and Cryptogenic Botanics in Russia”, St Petersburg, pp. 106–107 (2000).
