Ph13-8mo stainless steel is a kind of maraging stainless steel with high purity using VIM+VAR double vacuum smelting (vacuum self-consumption). The purpose of using VIM+VAR double vacuum smelting process is to accurately control the chemical composition of steel, reduce the gas content in steel...
产品介绍PRODUCT DESCRIPTION 进口PH13-8Mo供应 类别:其它系列 牌号:PH13-8Mo 数量(吨/张):20 产地: 美国、瑞典 存放区域:上海 日期:2024-09-01 联系方式:021-37789482 化学成分CHEMICAL COMPOSITION了解我们 企业介绍 企业文化 企业责任 更多…… 解决方案 航空、航天、兵器 铁路、汽车 石油、锅炉 更多…… ...
PH13-8Mo/1.4534/S13800 stainless steel chemica composition DIN WL 1.4534-100-1994 Aerospace, high strength precipitation-hardened stainless steel and chrome-nickel-molybdenum-aluminum steel bars and forgings, steels developed with 2% molybdenum instead of 2% chromium in 0Cr17Ni7Al steel, similar in ...
产品介绍PRODUCT DESCRIPTION 进口PH13-8Mo供应 类别:其它系列 牌号:PH13-8Mo 数量(吨/张):20 产地:美国、瑞典 存放区域:上海 日期:2024-08-27 联系方式:021-37789482 化学成分CHEMICAL COMPOSITION
Variousaging treatments were performed to obtain the activation energy for the formation of reverted austenite.Additionally,theexperimentaldataarecomparedwiththermodynamicandkineticsimulations.Basedonthese results and the chemical composition changes of the phases, a model for the formation of revertedaustenite ...
The chemical composition in weight percent of the PH 13-8 Mo stainless steel used in this investigation was 12.56Cr, 8.11Ni, 2.12Mo, 0.05C, 0.04Si, 0.05Mn, 0.006P, 0.003S, 0.006N, 1.07Al, and balance Fe. The alloy sheet of 4.1 mm thick was solution-treated in an inert environment ...
Atom probe tomography was used to follow the evolution of precipitates with respect to type and chemical composition. It was found that Cu modifies the precipitation sequence in such alloys. Instead of Ni 3(Ti,Al) and G-phase the formation of NiAl and G-phase occurred. The modification of ...
Additionally advanced three-dimensional atom probe tomography was used to investigate the chemical composition of the nm-sized austenite in the martensitic matrix. However, the reverted austenite is not stable during deformation, which results in a back-transformation to martensite. The transformation ...