OPTIMIZATION OF THE COMPOSITION OF THE FILLER OF A VACUUM INSULATION PANEL BASED ON PYROGENIC MIKROSILICHESKOY
The possibility of obtaining energy-efficient systems based on vacuum insulating panels is proposed. Method of analysis analytical dependences after the implementation of polynomial models, the Kiefer-Kono picked up the best filler for vacuum insulating panels. The possibilities of application in the technology of making VIP pyrogenic microsilica of the are shown. The evaluation of the VIP quality was made on the basis of the coefficients of thermal conductivity and compressive strength. Optimized the composition of the filler panel type VIP for thermal conductivity, taking into account the change in the index of strength. Are shown ramparison of characteristics of vacuum powder thermal insulation with traditionally applied heat-insulating materials.