It is well known that lowering the carbon content offerro-alloy increases the value of the metal. This grade of ferro-alloy results in lowering the cost of production in steel melting stage. Alurninothermic process produces carbon free ferro-alloys. In this paper, details of investigations onferro-manganese making are given.- Influence ofpre-reduction of manganese ore to Mn7O3 and Mn .,stage, excess aluminium overstoichiometric requirement, addition of fluxes etc., on metal yield is discussed. Metal yield of 58-64% on 10 kg scale with alloy composition of Mn-83%, Fe-13%, Si-1.4 to 2%, Al-0.008% and P-0.16% has been successfully achieved at the Laboratory
Manganese ore reduction is quite complex at intermediate reaction temperatures of 1100–1400 °C due t...
The paper starts with an outline of established methods of manufacture of different ferro-alloys...
The work presents the results of studies on obtaining ferromanganese concentrate from technogenic ma...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
A review is made of Indian manganese-ore resources and their characteristics discussed in the conte...
For the production of ferromanganese, the Mn/Fe ratio should be 8:1 or more. In fact, it is this r...
The results of the research process of producing metalized products by solid-phase reduction of iron...
Polymetallic sea nodule contains 1.1% Cu, 1.15% Ni, 0.076% Co, 5.4% Fe, 22.3% Mn & others. World-wid...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
Abstract: The energy consumption in the ferroalloys industry has become an enormous challenge as the...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
Manganese ore smelting is reviewed in terms of processing parameters such as feed material particle ...
Manganese ore reduction is quite complex at intermediate reaction temperatures of 1100–1400 C due t...
In the given article there are presented the results of smelting refined grades of ferromanganese us...
Manganese ore reduction is quite complex at intermediate reaction temperatures of 1100–1400 °C due t...
The paper starts with an outline of established methods of manufacture of different ferro-alloys...
The work presents the results of studies on obtaining ferromanganese concentrate from technogenic ma...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
A review is made of Indian manganese-ore resources and their characteristics discussed in the conte...
For the production of ferromanganese, the Mn/Fe ratio should be 8:1 or more. In fact, it is this r...
The results of the research process of producing metalized products by solid-phase reduction of iron...
Polymetallic sea nodule contains 1.1% Cu, 1.15% Ni, 0.076% Co, 5.4% Fe, 22.3% Mn & others. World-wid...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
Abstract: The energy consumption in the ferroalloys industry has become an enormous challenge as the...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
Manganese ore smelting is reviewed in terms of processing parameters such as feed material particle ...
Manganese ore reduction is quite complex at intermediate reaction temperatures of 1100–1400 C due t...
In the given article there are presented the results of smelting refined grades of ferromanganese us...
Manganese ore reduction is quite complex at intermediate reaction temperatures of 1100–1400 °C due t...
The paper starts with an outline of established methods of manufacture of different ferro-alloys...
The work presents the results of studies on obtaining ferromanganese concentrate from technogenic ma...