|
Product
|
Composition
|
Application
|
| Calcium |
|
|
| Ferro Silico
Calcium |
30% Ca, 60% Si
|
Modification
of inclusion for better mechanical properties and avoiding nozal clogging
in CC. |
| Calcium Iron
|
30% Ca, 70%
Fe |
As above for metals with
low Si content |
| Calcium Aluminium
Iron |
30% Ca, 25%
Al, Bal Fe |
As above and for Deoxidation |
| Calcium Alloy
Nitride |
23% N, 12% C Free,
15% CaO
|
Nitrogenisation |
| Lead |
99% Pb
|
Alloying addition to
improve machinability |
| Sulphur |
99% S
|
Alloying addition to
improve machinability |
| Tellurium |
70% Te, 25% Mn, 5% Fe
|
Alloying addition to
improve machinability |
| Selenium |
FeSe: 50% Se
|
Alloying addition to
improve machinability |
| Silicon |
75% Si
|
Inoculation for Iron
Foundry and |
| Aluminium |
98% Al
|
Deoxidation and Alloying
addition |
| Aluminium Solid Wire |
99% Al
|
Deoxidation and Alloying
addition |
| Iron |
99.5% Fe
|
Temperature optimisation
in Tundish |
| Boron |
FeB: 18-20% B
|
Alloying addition |
| Carbon |
98% C
|
Trimming addition |
| Chromium |
Fe Cr: 60-70% Cr
|
Trimming addition |
| Manganese |
Fe Mn: 75-85% Mn
|
Trimming addition |
| Nitrided Manganese |
10% N, Bal Mn
|
Nitrogenisation |
| Magnesium |
Mg-CaC2 or Mg, or Mg-CaSi,
or Mg-FeSi-Ce
|
For desulfurisation of
pig iron and SG iron.
For Spherodisation in SG
Foundry. |
| Niobium |
Fe Nb: 60-65% Nb
|
Alloying addition |
| Titanium |
Fe Ti: 70% Ti, 4.5% Al
|
Alloying addition |
| Vanadium |
FeV: 50-55% V, 1% Al
max
|
Alloying addition |
| Zirconium |
FeSiZr: 30-35% Zr, 55%
Si
|
Alloying addition |