Corrosion behaviour of some conventional stainless steels in electrolyzing process

The corrosion potential of DSS in industrial WL at 60 ºC was less noble than the value at room temperature (RT) as shown in Figure 5, which presents the cyclic potentiodynamic

At high particle impact velocity, (Figure 3b), all steels revealed marked wastage at 100 °C and this decreased with increase in temperature up to 500 °C. The wastage of all the

Duplex stainless steels are susceptible to the formation of sigma phase at high temperature which could potentially be responsible for catastrophic service failure of

14 , evaluated the sensitization of UNS S31250 duplex stainless steels Inluence of Deleterious Phases Precipitation in the Corrosion Resistance Measured by Double

Some ferritic stainless steels are susceptible to sigma phase formation in the 500 – 800 °C range; this causes hardening

PLUS™ and 904L super austenitic stainless steels showed again a good corrosion resistance. in the aqueous medium of synthetic oil field formation

On the other hand, the AISI 304 steel has the same oxidation behaviour in both atmos- pheres, at 850 °C, but, at higher temperatures, its oxi- dation rate dramatically increases

On both steels and after oxidation for 50 hours at all temperatures, a continuous oxide film is formed on the 430A and 430E stainless steels. In the temperature range and