Developing anticorrosive coating composition with halloysite nanotubes with effect of self-regeneration

Corrosion of metals is one of the main processes of destruction leading to huge economic losses. Use natural nanotubes of halloysite as nanocontainer promotes much more long life cycle of an anticorrosion coating and, therefore, hardware. In article the way of activation the nanotubes of halloysite of the field White is offered Glinishche (The Karaganda region, Kazakhstan). Use of a mechanical way of crushing the halloysite clays at the specified modes and achievement of the set fractional structure allows to reduce the price considerably of receiving and activation of nanotubes, to avoid losses of the nanotubes which are carried away in a dekantat flow and also to increase products volumes which size is connected with only productivity of mills. The structure of an anticorrosion coating with use nanotubes of halloysite is also considered. Use of composition of the offered structure as an anticorrosion coating allows to increase efficiency of anticorrosive protection of a hardware at the general reduction in cost of a covering.