S31603 seamless large and small head
Describe: S31603 seamless reducer is a classification of reducing pipes. S31603 belongs to austenitic stainless steel based on molybdenum. S31603 and 316L are the same material, but have diff...
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S31603 seamless reducer is a classification of reducing pipes. S31603 belongs to austenitic stainless steel based on molybdenum. S31603 and 316L are the same material, but with different names. The domestic code is 022Cr17Ni12Mo2 stainless steel. Da Xiao Tou is one of the pipeline fittings used in fluid pipeline construction for connecting two different pipe diameters. It can be divided into RC concentric reducers and RE eccentric reducers according to their shapes. Reducing pipe/reducer is a type of pipe fitting used for pipe diameter changes. The commonly used forming processes include reducing diameter pressing, expanding diameter pressing, or reducing diameter plus expanding diameter pressing. For some small-sized reducing pipes, stamping forming can also be used
The size of the head can be divided into: carbon steel: (20 #, A3, Q235, Q23 excellent, Q235B, 20G, 16Mn, Q345, Q345R, ASTM A234WPB, ASTM A105, etc.); Stainless steel: (304, 304L, 316, 316L, S30408, S30403, S31608, S31603, SUS304, ASTM A403, TP321, TP317L, 347, 0Cr18Ni9, 00Cr19Ni10, 00Cr17Ni14Mo2, 1Cr18Ni9Ti, 06Cr17Ni12Mo2, 022Cr17Ni12Mo2, etc.); Alloy steel: (16MnR, Cr5Mo, 12Cr1MoV, 10CrMo910, 15CrMo, 12Cr2Mo1, A335P22, St45.8/III, A10bB, etc.); Special alloy steel: (TP310S, 904L, Incoloy800, Incoloy825, Incoloy600, Incoloy625, etc.); Dual phase stainless steel: (F51, S31803, S2205, F53, 2507, S32750, F55, 2607, S32760, etc.)Common execution standards for reducers/reducers:
Standards: GB/T12459-2017, GB/T13401-2017
American standard: ASME B16.9
Petrochemical standards: SH/T3408-2012, SH/T3409-1996
Ministry of Chemical Industry standards: HG/T21635-1987
Power industry standards: DL/T695-2014
Petroleum and gas industry standards: SY/T0510-2017
Application of S31603 seamless reducers: When the flow rate of the fluid in the pipeline changes, such as increasing or decreasing, and the flow rate requirement does not change significantly, it is suitable for all applications.
Need to use a reducer; To prevent cavitation during pump procurement, it is necessary to use a reducing pipe; In order to match with the joints of instruments such as flow meters and regulating valves, reducing pipes are also required. At present, most pipe networks require the use of reducers, mainly used in petroleum, chemical, gas, steam pipe networks, hydraulic machinery, etc
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