Steel 90Г29Ю9ВБМ (ДИ38; 90Г29Ю9ВМБФ; ДИ38Ф)
Steel 12Х11В2МФ (ЭИ756)
Steel 08Х21Н6М2Т (EP54)
Steel 10Х12Н3М2ФА (ЦД-М)
Steel 10Х12НД (0Х12НД)
Steel 10Х13Г12БС2Н2Д2 (DI59)
Steel 10X18G14AN4 (EP197; X18G14AN4)
Steel 10Х32Н8 (EP263; Х32Н8)
Steel 10Х9МФБ (DI82)
08X14F steel
Steel 12X13 (1X13)
Steel 12X18H10T (X18H10T)
Steel 12Х18Н12Т (Х18Н12Т)
12X18H9SMR steel (EP414; Х18Н9СМР)
Steel 12Х18Н9Т (Х18Н9Т)
Steel 16Х20К6Н2МВФ (EP768; VNS-22)
Steel 19Х20Н4АМ3Д2С (EC7)
Steel 90G29Yu9VBM (DI38; 90G29Yu9VMBF; DI38F)
Steel 03Х24Н6АМ3 (ЗИ130)
Steel 015Х14Н19С6Б (ChS110)
Steel 015Х20Н25Г2Б (EP754)
Steel 02Х24Н6АМ3 (DI91)
Steel 03N18K9M5T (EP637; MS200)
Steel 03Х16Н15М3Б (026Х16Н15М3Б; ЭИ844Б)
Steel 03Х18Н9Т (Х18Н9Т)
Steel 03Х19Н15Г6М2АВ2 (ChS39)
Steel 03Х21Н32М3Б (EP864; ČS33)
Steel 08Х20Н5АГ12МФ (DI8)
Steel 03Х9К14Н6М3Д (EP921; 03Х9К14Н6М3ДФ)
Steel 04Х11Н9М2Д2 (EP832; 04Х11Н9М2Д2ТЮ)
Steel 04Х13Н4АГ20 (ChS52)
Steel 04Х14К13Н4М3ТВ (EP767)
Steel 05Х15Н9Г6АМ (ChS31)
Steel 05Х21Н12Г2БРч (DI94)
Steel 07X13AG20 (ChS46)
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Designation
Description
90Г29Ю9ВБМ steel is used: for the manufacture of forged rods and strips, rolled sections and tubes; parts of aircraft.
Note
Steel corrosion resistant austenitic class with special physical properties.
Standards
Chemical composition
Fe is the basis.
According to TU 14-1-2190-77, the chemical composition is given for steel grade 90Г29Ю9ВМБ-Ш (D38-Ш). The following deviations from the chemical composition are allowed: for aluminum ± 0.15%; for manganese -1.00%; for silicon +0.15%, for phosphorus + 0.005%. Cerium, magnesium and calcium are introduced into the metal by calculation and chemical analysis is not determined.
According to TU 14-1-4991-91, the chemical composition of 90G29YU9VMBF-SH steel (D3838F-III) should comply with Appendix 2, which is sent by the company NPO Temp (or TsNIICHM named after Bardin) upon request. The following deviations from the chemical composition in% are allowed: for manganese - minus 1.0; on aluminum - ± 0,15; for silicon - plus 0,15; on phosphorus - plus 0,005. The content of residual elements in the steel should be: chromium - no more than 0.30%, nickel - no more than 0.50%, copper - no more than 0.30%. Cerium, calcium and magnesium are introduced into the metal from the calculation of the content: cerium - 0.05%, magnesium - 0.05%, calcium - 0.05%. The content of cerium, calcium and magnesium is not determined by chemical analysis.
According to TU 14-1-2190-77, the chemical composition is given for steel grade 90Г29Ю9ВМБ-Ш (D38-Ш). The following deviations from the chemical composition are allowed: for aluminum ± 0.15%; for manganese -1.00%; for silicon +0.15%, for phosphorus + 0.005%. Cerium, magnesium and calcium are introduced into the metal by calculation and chemical analysis is not determined.
According to TU 14-1-4991-91, the chemical composition of 90G29YU9VMBF-SH steel (D3838F-III) should comply with Appendix 2, which is sent by the company NPO Temp (or TsNIICHM named after Bardin) upon request. The following deviations from the chemical composition in% are allowed: for manganese - minus 1.0; on aluminum - ± 0,15; for silicon - plus 0,15; on phosphorus - plus 0,005. The content of residual elements in the steel should be: chromium - no more than 0.30%, nickel - no more than 0.50%, copper - no more than 0.30%. Cerium, calcium and magnesium are introduced into the metal from the calculation of the content: cerium - 0.05%, magnesium - 0.05%, calcium - 0.05%. The content of cerium, calcium and magnesium is not determined by chemical analysis.
