The paper considers the conducted research of the microstructure of a material mark "Hollofayber of Volumetric R 179" with microscope and scanner after. A detailed study of location and mutual engagement monofilaments used to mark their flexibility, elasticity and tortuosity, the absence of cracking, breaking, or the presence of stress in monofilaments due to bending, which has a positive impact on the improvement of physico-mechanical properties of nonwoven fabrics.
нетканый материал, холлофайбер, физико - механические свойства, микроструктура, мононить, non-woven material, hollofayber, physical - mechanical properties, microstructure, monofilament
1. Hammatova, V.V. Povyshenie svoystv tekstil'nyh nitey dlya izgotovleniya izdeliy legkoy promyshlennosti [Tekst] /V.V. Hammatova // Vestnik Kazanskogo tehnol. un-ta. - 2014. - № 4. - S. 91-92.
2. Hammatova, V.V. Vliyanie soderzhaniya polimernyh volokon na tehnologicheskie svoystva polimernyh materialov [Tekst] /V.V. Hammatova // Vestnik Kazanskogo tehnol. un-ta. - 2012. - № 19. - S. 90-91.