Search results for "Polarization resistance"

showing 2 items of 2 documents

Corrosion resistance of passive films on different stainless steel grades in food and beverage industry

2020

Abstract Passive films were grown on 304 L, 316 L and Duplex stainless steels by immersion at open circuit potential in solutions mimicking food and beverage industry environments. In acidic food stainless steel surfaces are covered by Cr rich passive films, and generalized dissolution occurs on their surface with consequent ions release into the electrolyte. In fatty food the concentration of released ions is significantly lower since generalized corrosion does not occur, but the loss on MnS inclusions strongly reduces the polarization resistance in this environment especially for 304 L due to its higher localized corrosion susceptibility with respect to the other grades.

Materials scienceFood industry020209 energyGeneral Chemical EngineeringBeverage industryFatty foods02 engineering and technologyElectrolyteStainless steelCorrosion0202 electrical engineering electronic engineering information engineeringImmersion (virtual reality)General Materials SciencePolarization (electrochemistry)DissolutionEISOpen-circuit voltagedigestive oral and skin physiologyfungiMetallurgytechnology industry and agricultureGeneral Chemistry021001 nanoscience & nanotechnologySettore ING-IND/23 - Chimica Fisica ApplicataPolarization resistanceICP-OESPassivity0210 nano-technologyCorrosion Science
researchProduct

CORROSION RESISTANCE OF DIFFERENT STAINLESS STEEL GRADES IN FOOD AND BEVERAGE INDUSTRY

2020

Stainless steel EIS XPS Passivity Transpassivity Food industry Ions release ICP-OES Polarization resistance Passive films Chromium Duplex Austenitic Photoelectrochemistry Biofilm NaClO Cleaning Disinfection Corrosion resistance Mott-Schottky Corten Carbon steelSettore ING-IND/23 - Chimica Fisica Applicata
researchProduct