NANO-CONVERGENCE ANTI-BALLISTIC MATERIALS AND MANUFACTURING METHOD THEREOF

摘要

The present invention relates to nanoconvergence anti-ballistic materials and a manufacturing method thereof and, more specifically, to nanoconvergence anti-ballistic materials comprising a shear thickening fluid characterized by including two kinds of silica consisting of fumed silica and spherical silica and dispersion solvents. The present invention is able to provide the nanoconvergence anti-ballistic materials in which ballistic performance is increased by using a shear thickening fluid including two kinds of silica consisting of fumed silica and spherical silica, and lightness is improved and a manufacturing method thereof. Additionally, the present invention is able to provide low-priced nanoconvergence anti-ballistic materials by using shear thickening fluid including low-priced fumed silica and spherical silica at the same time as compared to a shear thickening fluid using single spherical silica. [Reference numerals] (AA) 1 : 5 (Fumed silica 17%); (BB) 1 : 6.2 (Fumed silica 14%); (CC) 1 : 8 (Fumed silica 11%); (DD) 60% J-Silica (Spherical silica); (EE) 20% Fumed Silica (Spherical silica)