Abstract
The dependence of the structure formation of impregnated nonwoven material on the technology of the conducting process, which varies depending on the means of removing latex excess, is determined. When using removal of latex excess via its leakage in the free state, we have observed shrinkage processes that are reflected by a nonequivalent dependence of the density of the impregnated material on the degree of impregnation. When removing excess latex between shafts, we eliminate shrinkage of needle-punched material.
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