Optimize Steel Production with Cored Wire and Copper Tube

CaSi CORED WIRE;

Ca:28-32%, Si:58-62%, Al:2%max, C:1.0%max

Dia: 13mm+/-0.5mm Thickness:0.4+/-0.05mm

Filling rate:230+/-10g/m,1135kg/coil+/-10%

Steel weight:165+/-10g/m,765kg/coil+/-10%

Wire weight:395+/-10g/m,1900kg/coil+/-10%

Wire length: 4935m+/-10% Coil ID: 600mm Coil OD: 1100mm Height: 1100mm

CaFe CORED WIRE
Ca:28-32%, Fe:68-72%
Dia: 13mm+/-0.5mm
Thickness:0.4+/-0.05mm
Filling rate:260+/-10g/m,1250kg/coil+/-10%
Steel weight:165+/-10g/m,750kg/coil+/-10%
Wire weight:425+/-10g/m,2000kg/coil+/-10%
Wire length: 4820m+/-10%
Coil ID: 600mm Coil OD: 1100mm Height: 1100mm
PURE Ca CORED WIRE
Ca:98.5%min
Dia: 9mm+/-0.5mm
Thickness:0.5+/-0.05mm
Filling rate: 70+/-5g/m
Wire weight:2000kg/coil+/-10%
Wire length: 9090m+/-10%
Coil ID: 600mm Coil OD: 1100mm Height: 1100
WATER COOLED COPPER CABLE FOR EAF&LF
GRAPHITE ELECTRODE FOR EAF&LF

The Graphite electrodes are produced through calcined material under high pressure in vacuum impregnation and then Graphitized at Graphitization Furnace; finally they are machined.The electrodes are supplied 100-700mm diameter with specification RP(Regular Power), HP and UHP.
High Power grade is for foundry operations, for the ladle furnace and occasionally for the electric arc furnace operations, if the furnace parameters are suitable. Ultra High Power grade is suitable for the electric arc furnace (EAF) operations and the ladle furnace operations with heavy current loads.

COPPER TUBE FOR CCM

ESR FLUX

TOOL STEELS

Cold Work Tool Steel

Hot Work Tool Steel

High Speed Steel

Plastic Mold Steel

CONSTRUCTION STEEL

ALL KINDS OF PROFILES

The copper mould tube is one of the most important parts of the continuous casting machine. While giving the steel the desired shape during production, optimal skin growth should be ensured to accommodate the liquid steel during solidification, thus avoiding internal or surface defects.

Slag has an important role in controlling inclusions in the ESR process. The chemical and physical properties of slag also have a great impact on the removal of inclusions.