With the development of the contemporary industry, a need arises in the production of high - strength steels that can withstand heavy loads and work in harsh conditions. Industrial equipment (in particular, a hot-rolling mill) is subject to high loads that are close to critical. Therefore, the issues related to the development and applications of methods aimed at reducing of energy consumption during rolling are being solved before the product output. One of the efficient ways to reduce energy-power parameters of the process is the use of the rolling lubrication feed systems (RLFS) in the production of hot-rolled products. Accordingly, it is necessary to consider the method of supplying lubricating material (LM), its quantity, shared contact surfaces nature. Currently, one of the significant drawbacks in the RLFS is the lack of correlation between the quantity of fed LM and properties of the rolled material. As a result, RLFS are used in a restricted mode, and power consumption reduction is not significant: 3-6%.
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