An experimental investigation of the infiltration and subsequent heat treatment of infiltrated iron-base materials
Copyright policy )An experimental investigation of the infiltration and subsequent heat treatment of infiltrated iron-base materials
1. The processes of formation of iron-boride composite materials were investigated for the first time by differential-thermal and thermogravimetric analyses, and the phase compositions of the materials were determined. 2. It was established that the alloying of infiltrating alloys based on the eutectic system Fe-B with niobium and molybdenum results in the formation, at temperatures of 1005–1230°C, of complex borides of the (Fe, Me)xBy type. 3. A method has been developed for quenching EIBM from temperatures at which their infiltrating alloys are in the liquid state. Quenching was found to offer an effective means of strengthening the EIBM Fe + (Fe + 4%B) and Fe + (Fe + 30% Bal). The possibility is demonstrated of producing and quenching EIBM based on carburized iron powders.
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