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The practice in most manganese steel melting furnace is to raise the melting and pouring temperatures to 1500 0C and above so as to enhance fluidity of the molten metal and ease removal of slag. High temperature promotes micro and macro carbide segregation of alloy elements and formation of embritting transformation products. The presence of segregation at the grain boundaries, acts as barrier to dislocation movement. This could be responsible for uneven, inconsistent wear rate and pattern of the steel.

Effect of Melting Temperature on the Wear Characteristics of Austenitic Manganese Steel