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The image depicts a sequential process flow chart starting with coking coal and iron ore, followed by step 2 using a blast furnace at 1,300°C. Step 3 involves combining with a reduced coal into an arc furnace at 1,800°C, while step 4 involves combining with a furnace at 1,800°C using lime. Step 5 directs outputs into a vat, followed by step 6 using moulds, then step 7 entails pressing and shaping. Step 8 illustrates liquid metal flowing through pipes to a blast furnace at 150°C, leading to step 9 for cooling, concluding with step 9 producing wire.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram shows how the process of producing wire.
Overall, the process is a sophisticated and multi-stage, involving several stages, commencing with mixing coking coal and iron ore together and followed by feeding the mixture into blast furnace, culminating with cooling wire. Of particular note is that the process, which requires special mechanical devices.
The process begins with the mixing of coking coal and iron ore in the blast furnace is heated at 1300°C to transport to next furnace, where they are removed coal to heat at 1800°C. Having had lime added and gas removed, it is transferred to a vat.
Turning to next steps, mixture is poured into moulds, after it is pressed and shaped. Subsequently, these are sent a specific furnace and reheated a lower temperature of 150 degree. The final stage is cooling process, resulting in the finished wire.
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