Graphite electrodes price and graphite electrode market
It is expected that the return on investment in the graphite electrode market will increase at an annual growth rate of 8% from 2020 to 2025. These are mainly determined by the increase in steel production in emerging countries and the increase in the use of electric arc furnace steelmaking. The promotion of energy conservation and environmental protection and the promotion of electric arc furnace technology in the Chinese market are expected to become an opportunity for the future market.
Did you know that there are two ways to make iron? The blast furnace method and the electric arc furnace method. The electric arc furnace method recycles used iron scrap by melting it in an electric arc furnace. It is the graphite electrodes inside the furnace that actually melt the iron. Graphite has high thermal conductivity and is very resistant to heat and impact. It also has low electrical resistance, which means it can conduct the large electrical currents needed to melt iron. In recent years, graphite electrodes have been made even more efficient: they can now conduct even higher currents and more power.
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As of September 2020, the price of graphite has bottomed out, and the market price will rise slowly. It is recommended that steel mills can stock appropriately. From 2016 to 2019, the price of graphite rose to its peak. Many graphite manufacturers expanded and increased their production capacity, and market investors also entered the market, resulting in an increase in graphite electrode inventories. The price has been falling this year.
Did you know that there are two ways to make iron? The blast furnace method and the electric arc furnace method. The electric arc furnace method recycles used iron scrap by melting it in an electric arc furnace. It is the graphite electrodes inside the furnace that actually melt the iron. Graphite has high thermal conductivity and is very resistant to heat and impact. It also has low electrical resistance, which means it can conduct the large electrical currents needed to melt iron. In recent years, graphite electrodes have been made even more efficient: they can now conduct even higher currents and more power.
