-
DC Ferrosilicon Furnace1.Achieves a high power factor (>0.95) through DC technology, reducing specific energy consumption by 5-10% compared to conventional AC units.2.Eliminates proximity and skin effects common in AC
-
High Titanium Slag Smelting Furnace1.Engineered with high-capacity DC/AC transformers to maintain stable smelting temperatures above 1,700°C, ensuring optimal phase separation between titanium slag and pig iron.2.Features high-density
-
Rare Metal Melting Furnace1.Equipped with high-performance vacuum pumping systems and leak-tight chambers to prevent interstitial contamination (O, N, H) of reactive metals.2.Utilizes Vacuum Arc Remelting (VAR) or Plasma Arc
-
Refractory Metal Melting Furnace1.Engineered with Electron Beam (EB) or Vacuum Arc Remelting (VAR) technology to sustain stable temperatures above 3,500°C for refractory metals like Tungsten and Tantalum.2.Features a
-
Ferronickel Furnace1.Engineered with 60-120 MVA transformers and deep submerged arc technology to maintain stable melt temperatures above 1,600°C for efficient laterite ore processing.2.Features an integrated copper
-
Ferrosilicon Smelting Furnace1.Engineered with large-section water-cooled copper busbars and non-inductive compensation technology to maximize electrical efficiency and minimize system reactance.2.Features a fully automated
-
Silico Manganese Furnace1.Features a high-capacity transformer combined with a full-copper water-cooled short net system to minimize electrical losses and optimize specific energy consumption per ton.2.Equipped with a
WEBJun 14, 2023 · Ferroalloy production in the blast furnace is similar to pig iron production in blast furnace, where mainly high-carbon ferromanganese is produced. (3) Outside furnace process. It...
WEBJul 15, 2014 · Fig 1 Typical schematic diagram of a submerged arc furnace for ferro chrome production along with material balance. History The increasing demand for ferro alloys and deoxidation...
WEBSep 24, 2020 · Ferroalloy furnaces belong to furnaces where carbon electrodes are current-carrying elements, and the electric circuit is closed through liquid metal and...
WEBFigure 1: Electric furnace used in ferroalloy production Exothermic (Metallothermic) Process. The exothermic process is generally used to produce high-grade alloys with low-carbon content. The...
WEBSep 10, 2017 · ferroalloy model in which a two-step incremental approach is adopted in ladle furnace (LF) to resemble the current operational practice. The model is designed such that no external...
WEBTechnological Developments: Over the years, this plant has emerged as a leader in ferroalloy technology with technological developments in many areas like raw material preparation, raw material...

