№2 (37), 2016. METALLURGIC AND MATERIAL ENGINEERING

Krasnovskii A.N., Egorov S.A.

Development of composite materials with enhanced fire resistance to thermal vacuum molding of large-sized products

The article presents the results of large-scale product development and simulation-based sheet thermoplastic composite materials with enhanced fire resistance, representing a three-layer sandwich structure, derived from engineering thermoplastics reinforced with discrete glass fibers.

Keywords: thermoplastic composite material, aromatic polyether ketones, fire resistance, heat resistance, discrete glass fibers, thermal vacuum molding.

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