China Ladle Refining Refractory Manufacturers Factory Suppliers
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Fused Magnesia Chrome BrickFused rebonded magnesia-chrome bricks are produced by first melting light-burned magnesia and chrome ore in an electric arc furnace to create fused magnesia-chrome sand.read more
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Magnesia Alumina Spinel BrickMagnesia Alumina Spinel Bricks are primarily composed of periclase and magnesium-aluminate spinel. They are typically made from magnesite sand, synthetic magnesium-aluminate spinel, and specific...read more
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Magnesia Carbon BrickMagnesia-carbon bricks are a type of composite refractory material made from high-melting-point alkaline oxides such as magnesia (with a melting point of 2800°C) and high-melting-point carbon...read more
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Dolomite BrickAlkaline refractory materialsread more
Possesses excellent resistance to alkaline slag erosion and high refractoriness
Widely used in high-temperature industrial kilns and furnaces -
Magnesia Iron Spinel BrickMagnesia iron spinel bricks are primarily made from high-purity magnesite and alumina-iron spinel sand.read more
● High thermal shock resistance.
● Strong corrosion... -
Magneisa Forsterite BrickMagnesia Forsterite Refractory Bricks (Forsterite Refractory Bricks) are alkaline refractory materials with magnesium olivine (2MgO·SiO₂) as the main mineral component. They are widely used in...read more
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Regular Bonded Magnesia Chrome BrickMagnesia chrome bricks are alkaline refractory products generally refer to those produced using low-grade magnesite and imported chrome ore, also known as standard sintered magnesia-chrome bricks...read more
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Direct-Bonded Magnesia Chrome BrickDirect-bonded magnesia chrome bricks are characterized by the direct bonding of periclase and magnesia-chrome spinel as their main crystal phases.read more
● Low impurity and low... -
Semi-Rebonded Magnesia Chrome BrickSemi-rebonded magnesia chrome bricks are produced from fused magnesia-chrome composite sand along with sintered magnesite, chrome ore, or pre-reacted magnesia-chrome sand, and are burned at high...read more
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Magnesia Alumina Chrome Spinel BrickMagnesia Alumina Chrome Spinel Brick are specialty refractory bricks made from a composite of magnesium-aluminate-chrome spinel and fused magnesite, with the addition of special additivesread more
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Alumina Magnesia Carbon BrickAlumina-magnesia-carbon bricks are refractory products made from premium high-alumina bauxite or corundum sand, magnesia, and flake graphite.read more
● Strong corrosion resistance.... -
Magnesia Zirconia BrickWhile magnesia bricks are widely used, they have inherent weakness, such as a high thermal expansion coefficient, poor thermal shock resistance, susceptibility to moisture absorption, deep...read more
The theoretical results show that the MgO of the MgO-C refractories can react at the steel/ladle refining temperature with carbon. As a result, Mg (g), SiO (g) and CO (g) are formed which...
A new type of alumina-based no-cement refractory material. Alumina based, no-cement, carbon containing castable with colloidal silica (SOL) binder system. Significantly increased...
To investigate the interaction between low-carbon low-silicon Al-killed molten steel and the refractory materials employed in refining ladles, the study focused on the interface reaction between...
Aug 9, 2018 · Steel ladles, composed of refractories and steel construction components, act as transportation vessels and refining units for the steel melt. Refractory linings insulate the steel...
Jul 1, 2018 · In this study, a mathematical modeling method was employed to investigate the effect of refractory configurations on the ladle shell temperature under various conditions....
Mar 1, 2022 · For a deeper understanding of the flow-induced erosion and reaction-induced corrosion of the MgO–C refractory lining in an actual ladle refining process, this study proposed a transient...
