SU Shi-huai, WAN Wei-guo, ZHANG Ruo-qiang, ZHAO Ming-qi, WANG Ying. COMMERCIAL TRIAL-PRODUCTION OF HRB400 REINFORCED BAR WITH V-N MICROALLOYING[J]. IRON STEEL VANADIUM TITANIUM, 2003, 24(3): 46-51.
Citation:
SU Shi-huai, WAN Wei-guo, ZHANG Ruo-qiang, ZHAO Ming-qi, WANG Ying. COMMERCIAL TRIAL-PRODUCTION OF HRB400 REINFORCED BAR WITH V-N MICROALLOYING[J]. IRON STEEL VANADIUM TITANIUM, 2003, 24(3): 46-51.
SU Shi-huai, WAN Wei-guo, ZHANG Ruo-qiang, ZHAO Ming-qi, WANG Ying. COMMERCIAL TRIAL-PRODUCTION OF HRB400 REINFORCED BAR WITH V-N MICROALLOYING[J]. IRON STEEL VANADIUM TITANIUM, 2003, 24(3): 46-51.
Citation:
SU Shi-huai, WAN Wei-guo, ZHANG Ruo-qiang, ZHAO Ming-qi, WANG Ying. COMMERCIAL TRIAL-PRODUCTION OF HRB400 REINFORCED BAR WITH V-N MICROALLOYING[J]. IRON STEEL VANADIUM TITANIUM, 2003, 24(3): 46-51.
The commercial trial-production of V-N microalloyed HRB400 reinforced bar in Magang is Presented.The influence of V-N microalloying on the property of reinforced bar are studied.The relations among microalloying process and microstructure of reinforced bar,nitrogen-enhancing,Strengthenlng are analyzed.The result shows that the process technique used by Magang to produce the microalloyed HRB400 reinforced bar is stable and reliable.The property of trial-produced HRB400 reinforced bar not only can meet the quality requirements,but also has stability and high ratio of tensile to YS.
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