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Influence of Thermal Treatment on the Caustic SCC of Super Austenitic Stainless Steel

机译:热处理对超级奥氏体不锈钢腐蚀性SCC的影响

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In general, thermal treatment at 500 deg C approx 900 deg C ranges depending upon alloy composition of stainless steels can sensitize the steels and promote the intergranular cracking, and their intergranular corrosion resistance is decreased. These behaviors seem to be related to the change of microstructures. So, heat treatment at that temperature range should be avoided in fabrication, especially welding of stainless steels. In this work, it is focused on the effect of thermal treatment on caustic stress corrosion cracking of super austenitic stainless steel -S32050 The low temperature thermal treatment increased greatly the resistance to caustic SCC than those of annealed specimen. This enhancement might be closely related to the reduction of residual stress and slightly large grain, but its resistance was not affected by the anodic polarization behavior.
机译:通常,根据不锈钢的合金组合物在500℃大约900℃范围的热处理可以敏感钢并促进晶间裂缝,并且它们的晶间耐腐蚀性降低。这些行为似乎与微观结构的变化有关。因此,在制造中应避免在该温度范围内的热处理,尤其是不锈钢焊接。在这项工作中,它的重点是热处理对超级奥氏体不锈钢腐蚀裂纹的效果-32050,低温热处理大大增加了与退火标本的耐腐蚀性。这种增强可能与减少残余应力和略大的谷物的减少密切相关,但其抗性不受阳极偏振行为的影响。

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