Study on Sinter Microhardness of WISCO

Su Ping Wang; Xue Gong Bi; De Ming Weng

doi:10.4028/www.scientific.net/AMR.900.725

Paper Titles

On the Bending of a Thin Plate at Nonlinear Creep
p.707

Reliability of Cu to Cu Joints Fabricated Using SnAg Capping Layer for 3D TSV Applications
p.711

Properties of Hand Woven Cotton for Thai Children Standard Sizes Models
p.715

High Strain Rate Superplasticity and Microstructure Evolution in a Coarse-Grained Mg-Gd-Y-Zr Rolled Sheet
p.719

Study on Sinter Microhardness of WISCO
p.725

Research of High Grade HIC-Resistant Pipeline Steel
p.730

Study on the Influence of Deformation of the Slipper of Axial Piston Pump under High Pressure on Oil Film Structure
p.734

Research on Dispersion Mechanism of Extinguishing Agent Scattered by Grenade Explosion
p.738

Simulation Analysis of Isolation about Spray Boom
p.742

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 900Study on Sinter Microhardness of WISCO

Study on Sinter Microhardness of WISCO

Abstract:

Microhardness of various minerals in sinter was tested in order to better production of sinter with high microhardness minerals in WISCO. The results showed that the hematite microhardness was highest and the glass phase microhardness was lowest, the various minerals microhardness from highest to lowest was: hematitecalcium ferritemagnetiteglass phase. So the hematite and calcium ferrite should be development, and the glass phase should be inhabited in sinter on production. Minerals microhardness was connected with component elements and crystalline structure of the minerals besides ferrous content of sinter.