four à arc électrique submergé
Furon à ferrosilicium 6,3 MVA à 45 MVA Furon à arc électrique immergé
6.3 MVA to 45 MVA Ferrosilicon Submerged Arc Furnace The submerged arc furnace (SAF) utilizes high-temperature combustion technology to maximize the thermal efficiency of coal during production. This results in improved energy utilization and reduced overall energy consumption. In terms of production efficiency, the furnace is equipped with an advanced automated control system that enables intelligent operation. The high degree of automation throughout the production process
6300KVA~33000KVA Forneau à arc immergé Forneau à arc électrique industriel au silicium
6.3 MVA~33 MVA Industrial Silicon Submerged Arc Furnace Industrial silicon, also referred to as crystalline or metallic silicon, serves as a fundamental material across a wide range of modern industrial sectors. Its applications extend to industries such as electronics, steel manufacturing, optics, automotive production, chemical processing, metallurgy, and defense. As technological development progresses, new applications for industrial silicon continue to emerge, particular
Forneau à arc submergé au ferroniquel de 6,3 MVA à 45 MVA
6.3 MVA to 45 MVA Ferronickel Submerged Arc Furnace I. Overview The ferronickel submerged arc furnace (also known as a reduction furnace) is the core equipment specifically designed for smelting ferronickel alloy. This series covers capacities from 6.3 MVA to 45 MVA, encompassing medium, medium-large, and large ferronickel production units. Ferronickel is a key raw material for stainless steel production. The ferronickel furnace reduces nickel and iron oxides in laterite
Four à arc submergé de silicomanganèse 6,3 MVA à 45 MVA pour les processus métallurgiques
6.3 MVA to 45 MVA Silicomanganese Submerged Arc Furnace Silicomanganese is a ferroalloy composed primarily of manganese, silicon, iron, and trace amounts of carbon along with other elements. It is one of the most widely used and high-volume alloys in the ferroalloy industry. In steelmaking, manganese-silicon alloy serves as a compound deoxidizer and is also employed as a reducing agent in the production of medium- and low-carbon ferromanganese, as well as in the manufacture
Un four à arc électrique au carbure de calcium 12,5 MVA 25 MVA 33 MVA 40,5 MVA 63 MVA
12.5 MVA to 63 MVA Calcium Carbide Submerged Arc Furnace The calcium carbide submerged arc furnace (also known as a reduction furnace) is the core equipment for producing calcium carbide. This series covers capacities from 12.5 MVA to 63 MVA, encompassing medium-large, large, and ultra-large calcium carbide production units. These furnaces generally adopt a fully sealed design, achieving the modern production requirements of energy saving, environmental protection, high
Four à arc submergé de 6,3 MVA à 63 MVA pour la production de ferrochrome à haute teneur en carbone
6.3 MVA to 63 MVA High Carbon Ferrochrome Submerged Arc Furnace Ferrochrome is classified into high carbon ferrochrome, medium carbon ferrochrome, low carbon ferrochrome, and micro carbon ferrochrome based on carbon content. High Carbon Ferrochrome is a ferroalloy with a carbon content of 4%–8%, mainly used in the production of stainless steel and tool steel. Due to its high carbon content, high carbon ferrochrome is suitable for improving the hardness and wear resistance of
