Precise billet heating is critical in high-speed wire rod mills to ensure temperature uniformity, prevent defects, and achieve target mechanical properties—requiring advanced furnace control, end compensation, and real-time monitoring.
Optimal steel billet heating temperature (1050–1250°C) ensures ductility, minimizes defects, and maximizes efficiency in hot rolling—tailored by grade, tamaño, and furnace type.
Heating temperature of steel billet during Steel rolling Sigue leyendo »
Initial stages of high-speed wire rod production: billet handling, reheating in walking-beam furnace, and high-pressure descaling for optimal surface quality and rolling performance.
Flujo del proceso de producción de molinos de alambrón de alta velocidad (Part I) Sigue leyendo »
Detailed breakdown of intermediate rolling, preacabado, refrigeración controlada, and high-precision finishing stages in modern high-speed wire rod mills, emphasizing micro-tension control, looper systems, thermal management, and advanced mill design for superior product quality.
Flujo del proceso de producción de molinos de alambrón de alta velocidad (Part II) Sigue leyendo »
Precision quality control and controlled cooling in high-speed wire rod production—from real-time defect detection to automated coiling and bundling.
Flujo del proceso de producción de molinos de alambrón de alta velocidad (Parte III) Sigue leyendo »
