Induction Ladle Refining Furnace

Induction Ladle Refining Furnace

Induction ladle refining furnace is important metallurgical equipment used to refine molten steel melted in primary furnaces(EAF, converter…

Ladle Metallurgy Furnace

Ladle Metallurgy Furnace

Ladle metallurgy furnace of steelmaking provides Argon and Nitrogen to the Ladle Metallurgical Furnace for stirring and refining molten steel.

Ladle Refining Furnace Design

Ladle Refining Furnace Design

Ladle refining furnace has outstanding design features: artificial slag submerged in a “long arc” under atmospheric pressure, temperature measurement, sampling, microalloying, deoxidation, desulfurization, purification, etc. It ensures the improvement of steelmaking quality and productivity. It has precise temperature adjustment for continuous casting and steel composition (Metallurgical fine adjustment).

Conductive Cross Arm For EAF LF

Conductive Cross Arm For EAF LF

Conductive cross arm is a cross arm made of copper-steel composite plate or aluminum-steel composite plate. For electric furnace, EAF, LF steelmaking use.

EAF Power Conducting Arms

EAF Power Conducting Arms

The electric arc furnace EAF power conducting arms is a rectangular beam structure, which is welded by copper-steel composite plates. And these conducting arms can be widely used in 5T-100T electric arc furnaces and large-tonnage ladle refining furnace.

EAF Electrode Arms For Steelmaking

EAF Electrode Arms For Steelmaking

EAF Electrode Arms is an important part of the electric furnace, which can control the electrode holder and improve the work efficiency.

EAF/LF Electrode Arms

EAF/LF Electrode Arms

The EAF/LF Electrode Arms are widely used in steel-making electric arc furnace, ladle refining furnace, electroslag remelting furnace, etc. its structure is a rectangular frame, the outer layer is copper steel composite plate, the outer surface copper plate is used to conduct electricity, and the inner part is cooled by water, so the conductive copper tube of the traditional electrode cross arm is cancelled, and the conductive and supporting electrode functions of the electrode cross arm are combined into one.