Ferroalloys, composed of various alloying elements including chromium, silicon, and manganese, have proven to be essential for foundries and steel mills. These alloys are used in the production of durable, high-performance steel, which meets the stringent requirements of numerous industries.
Ba (Inoc)
Ferroalloys
Si 70-76% Ba 1.8-3.5% Ca 0.8-3.0% Al Max 1.5% Fe Balance
FeCr (HC)
Ferroalloy
Cr Min 49% Si Max 4% C Max 8% P Max 0.30% S Max 0.30% Fe Balance
FeCr
Ferro Alloy
Cr Min 60% Si Max 1% C Max 0.10% P Max 0.30% S Max 0.30% Fe Balance
FeCr
Ferro Alloy
Cr Min 65% Si Max 1% C Max 0.10% P Max 0.30% S Max 0.30% Fe Balance
FeCr (HC)
Ferro Alloy
Cr Min 55% Si Max 4% C Max 8% P Max 0.30% S Max 0.30% Fe Balance
FeCr (MC)
Ferro Alloy
Cr Min 60% Si Max 1% C Max 2% P Max 0.30% S Max 0.30% Fe Balance
FeMn (HC)
Ferroalloy
Mn Min 78% Si Max 1% C Max 7.5% P Max 0.30% S Max 0.30% Fe Balance
FeMn (HC LP)
Ferralloy
Mn Min 75% Si Max 1% C Max 7% P Max 0.10% S Max 0.30% Fe Balance
FeMn (MC)
Ferroalloys
Mn Min 75% Si Max 1% C Max 7% P Max 0.10% S Max 0.30% Fe Balance
FeMn (MC LP)
Ferroalloys
Mn Min 78% Si Max 1% C Max 2% P Max 0.10% S Max 0.30% Fe Balance
FeMo
Ferroalloy
Mo Min 65% Si Max 1% Cu Max 0.5% P Max 0.30% S Max 0.30% Fe Balance
FeSi
Ferroalloy
Si Min 75% Al Max 2.5% C Max 1.0% Ca Max 0.5% S Max 0.4% P Max 0.10% Fe Balance
FeSi (LAl)
Ferroalloy
Si Min 75% Al Max 0.5% C Max 1.0% Ca Max 0.5% S Max 0.4% P Max 0.10% Fe Balance
FeSiMg
Ferroalloys
Mg Max 7% Ca Max 2% RE Max 1% P Max 0.30% S Max 0.30% Si Max 60% Fe Balance
FeSiZr
Ferroalloy
Zr 30-40% Si 43-50% C Max 1% P Max 0.040% S Max 0.020% Fe Balance
Fe
Ferroalloys
S Max 0.015% C Min 3.6% Si 0.18% P Max 0.075% Mn 0.043% Cr Max 0.08% Ti 0.02% V 0.03%
