The tapping temperature of the steel rolling heating furnace is usually between 1000°C and 1300°C. The specific tapping temperature depends on the type of steel being rolled and the desired final product characteristics. For example, high carbon steel is prone to overheating or overburning if the temperature is not properly controlled, so special attention needs to be paid to the precise control of the temperature. ‌

In the steel rolling process, temperature control is very important. Too high or too low temperature will affect the quality of the steel. Too high temperature may cause the steel to overheat or overburn, while too low temperature may cause quality problems during the rolling process. Therefore, by optimizing the heating and rolling process through mathematical models, it can be ensured that the temperature rise curve and furnace time of the steel in the furnace are strictly controlled, thereby avoiding overheating, overburning and coarse grains.

In addition, reasonable control of the furnace atmosphere is also an important measure to reduce oxidation and decarburization. When the billet is heated in the furnace, it will react with the oxidizing atmosphere in the furnace to generate iron oxide. Therefore, controlling the furnace atmosphere can effectively reduce the occurrence of oxidation and decarburization.