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Nowadays, the graphite electrodes available to be purchased are simpler to measure and the preparing speed is altogether quicker than copper cathodes., the handling of graphite by processing measure is 2 to multiple times quicker than other metal preparing and doesn't need extra manual treatment, while the copper terminal requires manual crushing. Essentially, if a rapid graphite machining focus is utilized to make the terminal, the speed will be quicker and the effectiveness will be higher, and no residue issue will happen. In these cycles, picking the correct hardness instrument and graphite can lessen the apparatus wear misfortune and copper breakage.

It is used in high power smelting furnace and low-load to medium-load ladle furnace.

It is used in common power electric furnace for steelmaking, silicon smelting, yellow phosphorus smelting, etc.

It is used in ultra high power smelting furnace and high-load ladle furnace.

This type of electrode is characterized by low resistivity, allowing the current load to be 25%-40% higher than that of ordinary electrodes; allowing current density to be more than twice as large; low thermal expansion coefficient; flexural strength High; low oxidation loss.

Carbon raiser can be used as refractories, conductive materials, wear-resistant and lubricating materials, and also as carburizer in steelmaking or smelting.

Graphite square has the advantages of high-temperature resistance, corrosion resistance, good conductivity, lightweight, and so on. It is mainly used for large DC resistance furnace, blast furnace brick, conductive electrode, lining corrosion protection, and other purposes.

Graphite crucible is used for high-temperature melting of cast iron, cast steel, copper alloy, aluminum alloy, and other non-ferrous metals.

Graphite Scrap has the characteristics of low sulfur, low nitrogen and high carbon.