However, essentially no use of technology in the construction field and specific data on the bearing capacity of concrete structures with basalt reinforcement. No complete information on the value of its adhesion to concrete and its dependence: the composition of concrete and its method of compression; treatment of the outer surface of basalt reinforcement in various ways to increase its adhesion to concrete; destruction of the nature of such structures from the effects of external loads.
The search for alternative ways of replacement of the metal reinforcement in concrete structures bearing on the composite, not subject to corrosion and, at the same time having a high load-bearing capacity, is the actual research task. It is known that composite materials to minimize corrosion and other security and environmental impact. At the same time, they must be extremely reliable to manufacture environmentally friendly and does not emit harmful substances polluting the environment.
Currently, intensive research to find ways to replace metal in structures of the other valves. An example of such research is to create different types of plastics, which are gradually replacing it. Work is underway in the field of replacement of the metal reinforcement in the non-metallic fittings on the basis of modern composite materials.
A major breakthrough in this direction in recent years was the opening of “basaltic technology” that allowed the “update” the base of building materials for new building designs types of valves.