Abstract
The analysis of methods for increasing the ballistic resistance of para-aramid fabrics has been carried out. The defining value of friction between the threads of ballistic fabric, which contributes to the deformation of the bullet and its stopping, is noted. The expediency of using gas-flame spraying to create coatings from UHMWPE on the surface of para-aramid fabrics has been substantiated. The choice of material and equipment for gas-thermal spraying has been made. The technological parameters of gas-thermal spraying of UHMWPE on the surface of para-aramid fabrics have been determined. It is shown that the use of gas-flame spraying makes it possible to create surface layers of arbitrary shape.
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