It’s experimentally proved innovative methods of nanometric regulation of surface properties of metals, fillers and lubricants, as well as the results of testing oil-based lubricants on I-20 with various solid additives (on Al-, Cu-, Fe- base) at the nodes of the transmission oil refining equipment. By improving the antifriction properties of lubricant service life is increased by 40-80 %.
In this work the technique of nano-structured surface modification of metal based on sequential and mixed treatment aluminum powder with steams of different cationic tensides was experimentally proved. Also possibilities of solid-state hydride synthesis nano-structured metals with using at the first stage of restoration steams of hydrophobizing silicon-organic liquid were studied.
It’s experimentally proved the method of preparation of thermo- and chemically stable metal powders with a protective Si-C-containing nanofilm on the surface with using in the first stage of the synthesis of vapor hydrophobizing silicone-organic liquid on basis of organohydridsiloxanes. Hot stability of synthesized metal powders is 0,1-0,4 mcg/cm2 (under 900 оC, 100 h).
