Steelmakers rely upon graphite electrodes for primary steelmaking using electric arcs furnaces (EAF). They are the primary heat source for smelting scrap metal...

Look inside any major steel mill or metal smelter globally, and you'll find Graphite Electrode hard at work. This critical technology serves as conductors for e...

Steel is used in almost every industry and is made in Basic Oxygen Fuses (BOFs). This process produces molten steel by burning coke and other carbon containing...

In the ladle in which metal discharged from an electric arc furnace is molten and secondarily refined for steel making, an arc heating by a graphite electrode i...

Graphite Electrode process is a vital step that involves transforming graphite electrodes from raw materials to finished electrodes, ready for use with lithium-...

Graphite Electrode Thermal Expansion is the amount that a material expands at a certain temperature. This is a very important property for many refractory produ...

Graphite Electrode forms an integral part of the EAF process used to manufacture steel. Its specifications have a major impact on the quality of metals produced...

Graphite Electrode is a vital factor for the quality and performance EDM Electrodes. The hardness of the graphite electrode influences how fast it can cut metal...

Electric arc (EAF) furnaces are used for melting iron scrap during the steelmaking processes. Graphite electrodes, which conduct electricity and heat, are an es...

Graphite electrodes play a vital role in the metallurgical sector. They are used as a source of electrical energy for heating and melting charge in the electric...