ferroalloys
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ferro chrome
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Low Carbon & High Carbon
It promotes corrosión and oxidation resistance and aids high temperature strength. Is the major alloying element in the production of stainless steel.
ferro manganese
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Low Carbon & High Carbon
Mostly used to improve the hardness and wear resistance of steel.
FERRO MOLYBDENUM – MOLY OXIDE
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Additions of ferro moly can lead to improvements in weldability, corrosion and wear resistance while also serving to increase ferrite strength and hardness.
ferro boron
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Used to improve hardenability and to control the micro structure of flat rolled HSLA steels.
ferro titanium
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As an alloying element increases yield strength and reduced cracking tendences.
FERRO silicon
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It assists in graphitization and favors the formation of ferrite, being used as a deoxidizer / inoculant.
FERRO SILICIO ZIRCONIUM
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Strong deoxidizer for steel.
ferro silico manganesE
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Deoxidizer for steel, forming liquid phase, avoiding inclusion.
calcIUM SILICON
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Is used for refining, desulphurisation, deoxidation and inclusion control.
FERRO niobiUM
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Used by steel makers as a grain refiner in HSLA (High-strength low-alloy) steels and as carbide former in austenitic stainless steel.
ferro vanadiUM
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Used to promote fine grain size, to increase hardenability and offer improvements in wear resistance.
manganesE FLAKES
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Element for special alloys. Used as an alloying element to increase abrasion resistance.
FERRO tungsten
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Element that modifies the structure of the steel, increases the hardness and density of the alloys and is used to obtain Tungsten Carbide.
PIG IRON
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Pig iron is the metallic ore that contains 90% of iron. Pig iron is used for making steel and pure iron units. It has very high carbon content along with silica and another constituent of dross.