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PILLAR, R. J; GINIC-MARKOVIC, M; CLARKE, S. R; GIBSON, A. K; BELL, W. R; BROWN, H. R; WILLIS, D. J; RENSHAW, W. A; MATISONS, J. G
Journal of Thermal Analysis and Calorimetry, 01/2005, Volume: 80, Issue: 1Conference Proceeding, Journal Article
This study investigates mechanisms of cold rolling oil removal from the surface of low-carbon steel. The removal process has been probed using thermogravimetric analysis techniques. A range of furnace atmospheres, from non-oxidising through to highly oxidising, have been used to simulate the oil removal conditions in the industrial process. The activation energies of oil removal under each gas atmosphere have been determined by MTG and the Flynn-Wall-Ozawa method. The results show that a reducing atmosphere is the optimal environment for effective oil removal. Steel-oil surface interactions have also been investigated to show that the steel substrate catalyses oil removal.
