Scientists have been tasked with improving the properties and characteristics of metal, creating new structural materials that increase the rationality of their use in all spheres of life and become the basis for creating competitive products. Problem. The problem is expand the use of metal structures in construction by improving the parameters of controlled rolling and the chemical composition of construction steels on its structure and properties. Method. The technology of continuous controlled rolling is based on the creation of a stable polygonized structure of austenite, which is formed during hot deformation to temperatures in the upper part of the inter-critical interval. The further formation of numerous nuclei of hypoeutectoid ferrite increases the dispersion of ferrite grains of the metal supplied to the finishing rolling, therefore, a more dispersed final ferrite-pearlite structure is formed in the finished sheets, and the mechanical properties increase. Practical results. The use of continuous controlled rolling leads to an increase in the strength characteristics of rolled metal in comparison with the initial state. At the same time, the plastic properties remain at a level that meets the requirements of the regulatory documentation in force in the construction industry. Conclusion. As evidenced by the data obtained, such a rolling scheme is spreading and gives a positive result for heavy-plate products made from steels that do not contain valuable carbide-forming elements.