This research aims to develop materials with high-performance thermal insulation and flame retardancy.
Creation of ultralight, mechanically robust nanofibrous sponges using polyimide and silica.
Assessment of thermal insulation and flame retardant properties.
Exploration of practical applications in personal safety.
Demonstrated exceptional thermal insulation performance with significantly reduced weight.
Showed remarkable flame retardant qualities, ensuring safety in extreme conditions.
Proposed materials offer a promising pathway for future protective applications.
Abstract
), as well as outstanding flame retardancy. This work presents a novel pathway for developing next-generation high-performance thermal protection materials for personal safety in harsh environments.