The disclosed contents relate to a sword-proof pad and a sword-fighting suit including the same so that it is possible to significantly improve the sword-proof efficiency as a combination of multi-stage and multi-layered sword-proof materials having light weight and flexibility, but with different sword-proof properties.
Disclosed is a first end abrasion induction layer in which a plurality of tip abrasion sheets coated with tip abrasion particles are laminated on an aramid fiber body, and a first aramid fiber is laminated on the rear surface of the tip blunt induction layer, and the aramid fibers are arranged in one direction. A method in which a unidirectional aramid sheet and aramid fiber are stacked alternately and repeatedly several times in a state in which the unidirectional aramid sheet and the aramid fiber are arranged in one direction with an angular deviation in the range of 30 to 60 degrees from the fiber arrangement direction of the first unidirectional aramid sheet. A repellent force forming layer and a anti-sword pad comprising a repellent force supporting layer laminated on the rear surface of the anti-sword repellent force forming layer and formed by coating a phenol resin on an aramid fiber body, and a anti-sword suit including the same are presented as an embodiment.