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FOR CLIENTS

CAST ING IN ELECTRIC ARC FURNACE:

Foamed slag — reduction of n2, the effective removal of phosphorus up to 0,015%
Ebt discharge — cut-off of the oxidized slag and reduction of nonmetallic inclusions
Deacidification of the received intermidiate product from arc furnace — oxygen removal and reduction of the ammount of nonmetallic inclusions

STEEL PROCESS ING IN LADLE FURNACE

of nonmetallic inclusions

The final sulfur contents are up to 0,015%
Purging of liquid steel with an inert gas — removal of gas and nonmetallic inclusions
Processing of liquid steel by cored wires with calcium fillers — removal of nonmetallic Inclusions

MELT PROCESS ING IN VACUUM DEGASS ING UNIT

Treatment of make-up water to compensate the losses in recirculating circuits in vacuum chamber in order to obtain the composition of:

• Hydrogen no more than 2,5 ppm

• Nitrogen no more than 70 ppm

CASTING BY CONTINUOUS CASTING MACHINES

Reduction of non-metallic inclusions applying a complete protection of liquid steel steam from ladle to ladle furnace, from ladle furnace to the mould
Electromagnetic stirring (M-EMS & F-EMS):

- reduction of inclusions, cavities, gas bubbles and pores on the surface and subsurface zone of continuously cast billets

- promotes equiaxial structure in the centeral part of continuously cast billets

- reduces central porosity of continuously cast billets

- decrease liquation of carbon and alloying elements of the continuous cast billets

The hydraulic system of mold oscillation ensures the reduction in the depth of oscillation marks and high-quality surface of continuously cast billets
Automatic control system in staching mode, straightening and cutting of continuously cast billets – exclusion of cracking
Guaranteed cutting length
Controls the roundness of billets at each melting complex, by using a continuous

casting machine operator

Quality control system (second level) – billets defects prevention
The control of continuous casting machine operator of billets ovality during the casting