The Floating Removal of Non-Metallic Inclusions in Steel

Abstract

The basic research of collision and float behavior of inclusions in steel metallurgical production process is of great significance. Only when we grasp the mechanism of the collision and agglomeration of the inclusion, can we propose the improvement program of inclusion removal. This paper mainly summarized how to remove the inclusions by floating, studied it through the hydraulics simulation experiment, verified the correctness of the Stokes formula, revised the Stokes formula according to the experimental data, determined a value range of the correction coefficient, and then obtained a more applicable Stokes correction formula.