A387 grade 11 class 1 pressure vessel steel sheet plate hot rolled width

Medium plate A387 grade 11 class 1 pressure vessel steel sheet products size: 5.5*2250*11550, 5*2200*10100, 5*1500*4500, 6*1750*13000, 5*2700*12050, 5*2700*12050, 6*1800*5500, 6*1550*6000, 9*2000*6000, 5.5*2600*10100, 5*2500*11000, 7*1800*10450, 6*3080*6000, 9*2000*9000, 5.5*2600*11850, 6*3320*5000, 9*1760*7800, 6*3370*4100, 9*2400*9800, 7*1970*7050, 6*3240*5400, 9*1800*10000, 6*3380*4800, 7*2120*6400 and 9*2400*8500.

Compared with the traditional seamless steel pipe, alloy seamless pipe has better performance in all aspects. Because of the addition of various metal elements in the manufacturing, the overall strength of the alloy seamless pipe is larger, stronger and durable, and the service performance and service life of the A387 grade 11 class 1 pressure vessel steel sheet, alloy seamless pipe are improved. The alloy seamless pipe is the best choice especially for special environment and high pressure requirements. Because of its high material properties, alloy seamless pipe has good corrosion resistance. It is not easy to be corroded in some special environment, which reduces the cost of the project and has a longer service life.

BBN Steel has the courage and confidence to accelerate the carbon peak process. It is hoped that under the strong professional support of the BBN Group, a systematic carbon reduction plan can be proposed by optimizing the raw material structure, energy structure, equipment structure, and energy-saving technology and management of the entire plant.

Quenching is a common heat treatment process. It is the metal heat treatment process in which the A387 grade 11 class 1 pressure vessel steel sheet metal workpiece is heated to a proper temperature and kept for a period of time, then immersed in the quenching medium for rapid cooling. Quenching can improve the strength and hardness of steel in a large range, and adjust the coordination between A387 grade 11 class 1 pressure vessel steel sheet strength and hardness, plasticity and toughness. Quenching is generally used as the final heat treatment.