Development and testing of materials with high polymer abrasion resistance and high temperature resistant fillers and reinforcements developed for the protection of engine body and nozzle components from metal oxide-containing corrosive gases at high temperatures and high speeds during engine combustion. It has also been found that in the case of missile systems moving at supersonic speeds, the abrasive and thermal loads due to aerodynamic friction on the outer surfaces of the fuze (nose, control section, wing surfaces, attack edges etc.) are not damaged by the structural integrity and useful load of the system. Development of formulations of high temperature abrasion resistant special heat shield coating materials under temperature, verification and qualification studies. It also includes studies on the investigation, development and determination of the perormances of paints, adhesives and sealants.
Defense Industry Terminology
