Abstract
The optimum conditions for obtaining aggregately stable poly-2-perfluoropentoxytetrafluoropropyl acrylate at 100% conversion of the monomer without formation of coagulum are established. In obtaining the latexes, the anion-active SF content in the dispersion should be a minimum of 14%. It was shown that these dispersions approach nanosystems with respect to the particle size. Such latexes are most effective in modification of fibre materials to give them water-and oil-repellent properties.
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