The diagram given illustrates the way in which wire is made for daily use and commercial purposes.
Looking at the illustrations, it is immediately evident that wire production is a manmade linear process that requires a combination of both human labor and machinery. Additionally, there are nine main stages involved in that process, beginning with the combination of coking coal and iron ore, and ending with the final product being cooled.
In the first step, wire is combined with coking coal and iron ore. After which the mixture is heated at the temperature of 1,300 degrees at the blast furnace. The reduced coal goes into the arc furnace, at the same time, wire is introduced into another furnace that operates at the same temperature at 1,800 degrees.
In the five stages, the resulting product is sent to a vat for further processing. Afterwards, the mixture is transported into the vat and poured in the moulds to press and shape the product. Once this has been completed, these moulds are transferred to another blast furnace and reheated at a lower temperature of 150 degrees. The process ends when the newly formed wire goes through a cooling stage before being ready for use.