New technical solutions in nanotechnology. Part 4

The new technical solutions including inventions in the area of nanotechnology and nanomaterials are efficiently applied in communal and housing services as well as in construction and other joint fields. The invention ?The method to produce binder based on phenolformaldehyde resol resin for stratified material, binder and stratified material based on binder and reinforcing fiber base (RU 2594014)? refers to polymer composite materials that can be used in manufacture of products designed for aircraft, construction, automobile and household industries. This method is based on component mixing. Resin and fospoliol are taken in dissolvent that is a mix of ethyl alcohol and dimethylformamide. This is the ratio of the components (mass.%): resin ? 23,7, dissolvent ? 75,3, fospoliol ? 1,0. Nanomodifier ? mechanically activated diamond - is dispersed into the obtained mixture. The mechanically activated diamond is produced in ball crusher when ration of ball mass and initial detonation nanodiamond is 20:1 and the speed of ball rotation is 900 rotations per minute for 5 minutes. Stratified material based on binder and reinforcing paper fiber is based on aromatic polyamide and possesses finishing layer which composition contents polyamide, ethyl alcohol and water. The binder is applied evenly on the surface of finishing layer, its quantity is equal to the mass of fibers. The technical result is the binder on the basis of phenolformaldehyde resin without volatile flammable liquid and high-toxic substances, 3 times increased shift voltage for compressed products made of stratified materials and 1,3 time decreased inflammability of them. The specialists may be also interested in the following nanotechnological inventions: the method to produce carbon nanostructures modified by metal (RU 2593875); the method of deep purification of monosilane (RU 2593634); the method to produce conductive reticular micro- and nanostructures and the structure to perform it (RU 2593463); the method to produce ferrofluid (RU 2593392); the method to produce nanostructures titanium dioxide (RU 2593303); the method to produce nanocomposite FeNi3/C in large scale (RU 2593145); the method to produce nanomaterials by means of surface modification of metal-containing frame compound (RU 2593021) et alrespectively