Optimization of the processes of introducing nanosilver into the structure of chipboard as an absorbent of formaldehyde

A promising direction in producing the special-purpose plates is to increase their physical and mechanical characteristics, reduce toxicity, and use highperformance equipment. The article analyzes the results of experiments to determine the physicomechanical parameters of particle board. Using a colloidal solution of nanosilver, the optimal models of layer-by-layer introduction of nanosilver into the structure of particle board (as a formaldehyde absorber) are determined. The use of colloidal solutions of nanosized particles of various metals significantly improves a number of operational and technological properties of materials that would raise the quality of life of people to a new health-saving level. The article is an overview based on the principles of a systematic approach to using the sound methods and techniques of scientific research and contevporary means of scientific investigation.