Continuous casting crystallizer casting powder for high-manganese wear-resistant steel
A technology for continuous casting mold and mold slag, which is applied in the field of mold mold mold for continuous casting of molten steel and continuous casting mold mold for high-manganese wear-resistant steel, can solve the problem that it is difficult to control heat transfer and mold mold crystallization. Difficulties and other problems, to achieve the effect of reducing the formation of rare earth oxides, improving the thermal insulation and flow properties, and improving the surface quality of the slab
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[0018] A continuous casting mold mold slag for high manganese wear-resistant steel, which is obtained by crushing, mixing, pulping and granulating the following raw materials: premelt, modified fly ash, vermiculite, industrial soda ash, fluorite, Lapis lazuli, lithium carbonate, charcoal, the composition of the mold flux contains by weight percentage: SiO 2 32.3~37.8%, CaO 31.0~40.0%, Al 2 o 3 3.0~6.0%, Li 2 O5.5~7.5%, Na 2 O 10.5~18.5%, TC 4.5~6.5%, SrSO4 5.0~6.8%, the rest is K 2 O≤2%, MnO 2 ≤1% and other trace components; the physical and chemical performance parameters of the mold flux are: the hemispherical point melting temperature is 1100-1350°C, the viscosity at 1250°C is 0.18-0.28Pa·s, and the crystallization temperature is 850-1000°C. The solidification temperature is 930-1000°C; the modified fly ash in the raw material is prepared by placing the burned fly ash in 20-25% sulfuric acid and 16-24% sodium hydroxide solution successively, stirring for 20 -22h, th...
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