Abstract
Thermo-reinforcing coatings based on ceramic-forming polymers and oxygen-free modifying refractory nanoparticles are investigated. It is established that thermo-reinforcing coatings increase the working temperatures of fibrous heat-insulating materials by 300–500°C and increase the thermal and mechanical properties by a factor two or three. A new multifunctional glass-ceramic composite thermo-reinforced material which can be used in heat-insulating, heat-proofing, and sound-absorbing structures in aerospace and power engineering has been developed.
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