латекс

The object of the study was composite materials using fly ash from Burshtyn and Kurakhiv TPPs as fillers and polymer dispersions Policril 590 and Latex 2012 as matrices. The relationship between the composition of the types of fly ash from Ukrainian thermal power plants and the peculiarities of the energy state of the dispersed filler particles surface as a factor of interaction with the binder in forming the polymer composite structure was determined.

The prospects of usage of water bitumen emulsion for anticorrosive protection of objects of oil and gas facilities are analyzed. Special attention is given to the method of obtaining the coating based on a polimer-bitumen emulsion. The advantages of the usage of polimer-bitumen emulsions for anticorrosive protection of objects of oil and gas facilities are given. The properties of coating obtained from emulsion compositions are shown. The coating system based on obtained material is developed.

The prospects of usage of water bitumen emulsion for anticorrosive protection of objects of oil and gas facilities are analyzed. Special attention is given to the method of obtaining the coating based on a polimer-bitumen emulsion. The advantages of the usage of polimer-bitumen emulsions for anticorrosive protection of objects of oil and gas facilities are given. The properties of coating obtained from emulsion compositions are shown. The coating system based on obtained material is developed.