Abstract
The results of investigations into the development and creation of new-generation heat-insulation material based on ecofriendly carbamide formaldehyde resins (CFRs) created using innovative technologies as a priority in the field of the development of the building industry are set out. The technical data of the developed new equipment, the composition of the film-forming formulations, and the technology for producing ecofriendly open-pore carbamide formaldehyde plastic foam (CFPF) are given. The results of laboratory investigations and tests of the created heat-insulation material are set out. The physicomechanical properties of CFPF of different density are described. As the principal conclusion, the practical significance of the promising ecofriendly heat-insulation materials proposed for application in building and in the restoration of buildings and structures of different designation is briefly substantiated.
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