Corrosion analysis in different materials for induction cookware

Description: the efficient use of energy is a priority when a technology migration plan is being held. Several factors must be taken into account in order to achieve this goal. In this paper the migration from liquefied petroleum gas based cookers to electric induction cookers is shown. To accomplish this study several test have been performed in three kinds of pots made of different materials: stainless steel, enameled cast iron and aluminium. The purpose of this test is to see how different materials for cookware would be affected into a salt spray chamber. These tests try to reach conditions similar to cooking with salt. The results of this study try to emphasize the selection in terms of corrosion of the best material to produce the cookware suitable for induction cookers. The standard test methods ASTM B895 ? 05 have allowed to evaluate the corrosion property. The wrong choice of the material can lead to an inadequate life cycle assessment of the pot. After completing this research, it has been found that the enameled cast iron and the stainless steel present a higher corrosion resistance
Instituto Nacional de Eficiencia Energ?tica y Energ?as Renovables
https://www.researchgate.net/publication/276267777_Corrosion_analysis_in_different_materials_for_induction_cookware

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