cored wire (finished products)

Modification of inclusions by combing with oxide inclusions

and making it liquid at steel making temperatures, thereby

avoiding nozzle clogging in continuous casting. Improving

isotropic properties of steel. For Deoxidation along with

modification of inclusions. For low silicon grade steels.

2830% Ca, 5862% Si

30% Ca, 70% Fe

CaAlFe

30% Ca, 25%Al BalFe,

Calcium Aluminum Alloy

CaAl 75% [(Ca75%Al25%) or

(Ca60%Al40%)]; Fe25%

Lead (Pb)

99% Pb Min.

For improving mach inability of steel

Sulphur (S)

99% S Min.

For Resulphurising and improving mach inability of steel

Carbon (C)

98% C Min.

For Recarburisation of steel

Tellurium (Te)

6570% Te, 30% Mn

For improving mach inability of alloy steels

Al Cored Wire (Al)

98% Al

For effective Deoxidation with higher efficiency

than solid wire. Wire diameters upto 25 mm for large vessels

Ferro Titanium (FeTi)

70% Ti, Bal Fe

3540% Ti , Bal Fe

Deoxidation and Degasification of steel stabilization

of carbon or nitrogen. Increases formabilit

Ferro Boron (FeB)

1820% B, Bal Fe

Increases harden ability of steel. Even 0.0010.003% B can retain some of the secondary

hardening elements in alloy steels

Ferro Niobium (FeNb)

6065% Nb, Bal Fe

Improves cold ductility. Improves grain refinement.

Ferro Vanadium (FeV)

5055% V, 1% Al Max

Alloying addition for secondary hardening in alloy steels.

FerroSilicon Zirconium (FeSiZr)

3035% Zr, 55%Si, BalFe

Increases wear resistance, decreases the adverse

effect of sulphur and nitrogen

Nitride Manganese