Aramid Textile Laminate for Shock-Resistant Elements of Aviation Constructions

Abstract

Stability against a high-speed impact of textile laminates reinforced with aramid fabrics and layered metal-textile laminates composed of alternating metallic sheets and layers of an aramid textile laminate. Dependences of the stability of composites against a high-speed impact on the type of a reinforcing filler, binder, and structure of the material are presented. It is shown that aramid textile laminates based on VK-3 phenol-caoutchouc binder are advantageous and use of magnesium alloys as components for metal-textile laminates is promising.