Metallurgical Auxiliary Material
Metallurgical CAC Calcined Anthracite Coal Smelting Slag Of Calcium Aluminate
Smelting slag of calcium aluminate Metallurgical Auxiliary Material CAC Calcined Anthracite Coal Product introduction Calcium aluminate refining slag is more and more favored by iron and steel industry because of its characteristics of uniform composition, low melting point, fast melting rate and short smelting time. The product is mainly used in iron and steel metallurgical furnace and furnace refining. The electromelting calcium aluminate refining slag produced by our
Carbon Refractory Iron Lightweight Fire Brick Clay 1.55g/Cm3
Anticorrosive Carbon Brick lightweight firebrick Refractory Materials Iron and steel smelting Product introduction Anticorrosive carbon brick is made by a unique technological process from high-quality carbon-containing materials and acid-proof organic compound, which is shaped under high pressure and bonded by high-strength gum. It, with excellent acid-resistance, is a kind of ideal lining material for the large acid-proof and corrosion-resistant vessels in chemical and
Compound 13mohs Ceramic Firebrick Refractory 14000C Iron And Steel Smelting
Compound ceramic firebrick Refractory Materials Iron and steel smelting Product introduction It has best high temperature resistance and bulk stability, at the same time, Compound Ceramics’ characteristic including high hardness, high attrition resistance, corruption resistance, oxidation resistance, quick cooling and heating resistance, it’s used to abravises, refractories, metallurgy, ceramics and so on. Products: square beams, rollers, burner nozzles, sandblasting nozzles,
Iron Lump Metallurgical Auxiliary Material Inoculants Refractory Materials
Standard Inoculants Tailored Refractory Materials Iron and steel smelting Product introduction We can offer technical consultation and thermal analysis testing to select the best inoculant for your process. St.cast is our standard Ferro Silicon inoculant. The combination of Calcium and Aluminium provides effective inoculation for Grey and Ductile Iron. Chemical Composition (standard for reference) Product/Grade Used For Melting Point Al Ca Si St.cast Grey / Ductile Iron 1190
Deoxidizing Metallurgical Auxiliary Material Ferro Silicon Calcium
Ferro Aluminium Tailored Refractory Materials Iron and steel smelting Product introduction Aluminum (Al) is used for deoxidizing and grain refining in steels. It is a strong deoxidizer. It is also used as nitride former and as an alloying agent. Its ability to scavenge nitrogen (N) from steel makes it a useful addition in drawing quality steels, especially for automotive applications. Al plays an important role in secondary metallurgy. It forms alumina (Al2O3) and decreases
Iron Steel Smelting Metallurgical Auxiliary Material Deoxidizer Calcium And Silicon
Calcium Silicon Tailored Refractory Materials Iron and steel smelting Product introduction Calcium Silicon is a potent deoxidizer and desulfurizer utilized in the production of high grade steels. Although Silicon itself is a powerful deoxidizer, Calcium is by far more powerful. In addition, Calcium Silicon is used to control the shape, size and distribution of oxide and sulfide inclusions improving fluidity, machinability, ductility, and impact properties of the final product
Iron Metallurgical Auxiliary Material Tailored Ladle Filler Sand
Ladle Filler Sand Tailored Refractory Materials Iron and steel smelting Product introduction Our ladle fill sands have been developed to meet the needs of steel making facilities worldwide. Each blend is carefully designed to enhance the free flow of steel from the ladle regardless of steel making practices. This is achieved through custom blending which affords each customer a product specific to their manufacturing needs. Working with each customer we can evaluate and
Refractory Metallurgical Auxiliary Material CAC Calcined Anthracite Coal
Calcined Anthracite Coal (CAC) Refractory Materials Iron and steel smelting Product introduction Calcined anthracite coal is produced when anthracite is calcined under the temperature of 1240°C in vertical shaft furnaces with results of eliminating the moisture and volatile matter from anthracite efficiently, improving the density and the electric conductivity and strengthening the mechanical strength and anti-oxidation. It has good characteristics with low ash, low