Carbon additives are specialized materials added to continuous casting mold flux to control carbon content and improve steel quality during solidification.
Carbon additives are finely controlled carbonaceous materials incorporated into continuous casting mold flux formulations. They serve to regulate the carbon concentration in the flux layer, which directly influences the thermal conductivity, viscosity, melting behavior, and protective properties of the flux during the steel casting process. Proper carbon content prevents excessive oxidation, controls heat transfer rates, and ensures uniform solidification of the steel strand.
诱因 → 失效模式 → 工程缓解
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The primary function is to control the carbon content in the flux layer, which regulates thermal conductivity, viscosity, and protective properties to ensure proper steel solidification and surface quality.
Higher carbon content increases thermal insulation, reduces heat loss, and prevents skull formation, while lower carbon content improves flux melting characteristics and lubrication properties.
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