High quality p265gh mechanical properties specification

Pageviews:

2020 October stock P265GH mechanical properties product: 8*1800*10950, 16*2150*10950, 70*2270*7350, 6*2200*10000, 20*3200*4400, 20*2280*5800, 20*2100*10800, 70*2270*7000, 12*2050*5100, 20*3200*4400, 12*2000*11850, 14*2940*9600, 20*2150*10000, 70*2260*7700, 6*1950*10000, 12*2000*11850, 6*2200*10000, 14*2510*10950, 16*2150*10000, 70*2260*7240, 20*3200*4400, 6*2200*10000,20*2100*7000, 12*2500*8000, 20*2100*10750, 35*2200*6800, 12*2000*11850, 20*2100*7000, 31.2*2950*9380.

This is the second year we have been golden supplier on Alibaba. Over the decades, we have accumunited rich customer resources and have established stable copperation with many customers all over the world. So we did not reply on p265gh mechanical properties B2B platforms. But with the development of the company and the increasing of the company reputation, it is necessery for us to open up more channels for customers to reach us.

p265gh mechanical properties, 14Cr1MoR is a kind of alloy structural steel, which is a special steel for pressure vessel. 14Cr1MoR plate belongs to CrMo hydrogen resistant steel. Electric furnace + LF / VD refining method is adopted. 14Cr1MoR plate chemical elements:C: 0.05%-0.17% Si: 0.50%-0.80% Mn: 0.40%-0.65%P: 0.010%-0.012% Cr: 1%-1.5% Mo: 0.45%-0.65% Ni: 0.20%-0.25%14Cr1MoR steel equivalent grades are 4Cr13, SA387gr11cl2, 2.25Cr-1Mo, etc.

p265gh mechanical properties surface cracks refer to the linear cracks on the surface of p265gh mechanical properties, which should generally be the same as the forging or rolling direction. Formation reason: it is mainly due to the hairline, hot crack and cold crack caused by surface over burning, decarburization, looseness, deformation and excessive internal stress during processing (forging, rolling, heat treatment, quenching and tempering), as well as the high content of sulfur and phosphorus impurities on the surface. Inspection method: p265gh mechanical properties surface cracks can be detected by naked eye observation, acid pickling, magnetic particle inspection, coloring inspection and metallographic method.