A 1000°C “flying snake” cobble event in a steel rolling mill poses extreme thermal and kinetic hazards; this article details its causes—roll misalignment, speed mismatch, equipment failure—and key preventive measures.
Hydrostatic-dynamic bearings eliminate metal contact during startup in steel rolling mills by combining hydrostatic lift at low speeds with dynamic lubrication at high speeds—extending bearing life and improving reliability.
Introduction aux roulements hydrostatiques-dynamiques dans le laminage des aciers Continuez à lire »
Practical maintenance guide for rolling mills: daily checks, lubrification, alignment, thermal management, and roll life extension strategies to reduce downtime and improve product quality.
Comment effectuer la maintenance sur un laminoir? Continuez à lire »
Precision installation guide for rolls and bearings in short stress rolling mills—covering disassembly, alignment, clearance specs, and sealing to maximize uptime and product quality.
How to select the right motor power for rolling mills based on load type, torque requirements, and drive technology—covering stable, peak, and reversing applications.
Méthodes de base pour sélectionner la puissance du moteur d'un laminoir Continuez à lire »
