中德材料对照表
SMS 中德材料对照
Comparison of German and Chinese material designations, Basis SN359Status: 01.01.2006 No guarantee in respect of completeness and substitution of materials!AEK2 Design Consulting kuwe@Material designationBasis SN359Material No.Former designationStandardRemarkMaterial designationStandardTitleRemarkMatching of properties:E2951. 0050St 50-2DIN EN 10025-2-Q275 ZGB 700-88Unalloyed engineering steelsC content 0.28 to 0.38%, only limited weldability, Z = Fully killed steel only is permissible,identical E335 1. 0060St 60-2DIN EN 10025-2 -Q 345 C GB T 1591-94High strength low alloy structural steels identical E360 1. 0070St 70-2DIN EN 10025-2 -Q 390 CGB T 1591-94High strength low alloy structural steelsidentical S235JR 1. 0038R St 37-2 S235JRG2DIN EN 10025-2KV at room temperature, unkilled not permitted Q 235 B Q 235 D GB 700-88 GB 700-88Unalloyed engineering steels Unalloyed engineering steels Fully killed steel only is permissible similar identical S275JR1. 0044St 44-2 S275JRG2DIN EN 10025-2KV at room temperature, unkilled not permittedQ 275 ZGB 700-88Unalloyed engineering steelsC content must be limited to0.22%, otherwise only limitedweldability, notch impact energy not guaranteed.similarS355J2 1. 0577St 52-3N S355J2G3DIN EN 10025-2KV at -20°C, fully killedsteelQ 345 D GB T 1591-94High strength low alloy structural steels Fully killed steel only is permissiblesimilar S355JR 1. 0045 -DIN EN 10025-2KV at room temperature, unkilled not permittedQ 345 C GB T 1591-94High strength low alloy structural steelsFully killed steel only ispermissible, KV only at room temperature,identical S235J0 1. 0114St 37-3 U DIN EN 10025 (invalid)KV at 0°CQ 235 C GB 700-88Unalloyed engineering steelsFully killed steel only ispermissible, KV at 0°C ,similar S235J0C 1. 0115Q St 37-3U DIN EN 10025 (invalid)KV at 0°C, suitable forcold forming,Q 235 C GB 700-88Unalloyed engineering steelsFully killed steel only ispermissible, KV at 0°C ,similar S235J2G3 1. 0116St 37-3N DIN EN 10025 (invalid)KV at -20°C, fully killedsteel Q 235 D GB 700-88Unalloyed engineering steelsFully killed or double-killed steel only is permissible, KV at -20°C ,similar S235J2G3C1. 0118Q St 37-3N DIN EN 10025 (invalid)KV at -20°C, fully killed steel, suitable for coldforming,Q 235 DGB 700-88Unalloyed engineering steelsFully killed or double-killed steel only is permissible, KV at -20°C ,similarS235J2G41. 0117 -DIN EN 10025 (invalid)KV at -20°C, fully killedsteelQ 235 DGB 700-88Unalloyed engineering steelsFully killed or double-killed steel only is permissible, KV at -20°C ,similar S235JR 1. 0037St 37-2DIN EN 10025 (invalid)KV at room temperature,Q 235 A Q 235 BGB 700-88Unalloyed engineering steels Z = killed only is permissibledo not use similarS235JRG1 1. 0036U St 37-2DIN EN 10025 (invalid)KV at room temperature,unkilledQ 235 A Q 235 B GB 700-88Unalloyed engineering steelsdo not use similarS235JRG1C1. 0121UQ St 37-2DIN EN 10025 (invalid)KV at room temperature, unkilled, suitable for coldforming,Not knownS275J0 1. 0143St 44-3DIN EN 10025 (invalid)KV at 0°CQ 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not use S275J0C 1. 0140Q St 44-3U DIN EN 10025 (invalid)KV at 0°C, suitable forcold forming,Q 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not use S275J2G31. 0144St 44-3N DIN EN 10025 (invalid)KV at -20°C, fully killedsteelQ 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not useGermanChineseEngineering steelsEngineering steelsS275J2G3C 1. 0141Q St 44-3NDIN EN 10025 (invalid)KV at -20°C, fully killed steel, suitable for coldforming,Q 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not use S275J2G4 1. 0145 -DIN EN 10025 (invalid)KV at -20°C, fully killedsteel Q 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not use S275JRC 1. 0128Q St 44-2DIN EN 10025 (invalid)KV at room temperature, suitable for cold forming,Q 275GB 700-88Unalloyed engineering steelsC content must be limited to 0.22%, notch impact energy not guaranteed.do not use S355J0 1. 0553 -DIN EN 10025 (invalid)KV at 0°C16Mn GB 1591-88High strength low alloy structural steels KV only at room temperature, Z= Fully killed steel only is permissiblesimilar S355J2G3C1. 0569 -DIN EN 10025 (invalid)KV at -20°C, fully killed steel, suitable for coldforming,16MnGB 1591-88High strength low alloy structural steelsKV only at room temperature, Z= Fully killed steel only is permissiblesimilar S355N 1. 0545StE 355DIN EN 10025-3normalised, KV at -20°C,Q 345 D GB T 1591-94High strength low alloy structural steels KV at -20°C similar S355NL 1. 0546TStE 355DIN EN 10025-3normalised KV at -50°C,Q 345 E GB T 1591-94High strength low alloy structural steels KV at -40°C !similar S420N1. 8902StE 420DIN EN 10025-3normalised KV at -20°C,Q 420 DGB T 16270-96High-strength engineering-steelsheet/plate and strip products, heat-treated or produced by controlled rollingKV at -20°C !similarS420NL1. 8912TStE 420DIN EN 10025-3normalised KV at -50°C,Q 420 EGB T 16270-96High-strength engineering-steelsheet/plate and strip products, heat-treated or produced by controlled rollingKV at -40°C !similarS460N 1. 8901StE 460DIN EN 10025-3normalised KV at -20°C,Q 460 D GB T 1591-94High strength low alloy structural steels KV at -20°C !similar S460NL1. 8903TStE 460DIN EN 10025-3normalised KV at -50°C,Q 460 EGB T 1591-94High strength low alloy structural steels KV at -40°C !similarC45 +C or +SH 1. 0503 C 45 DIN EN 10277-245GB 699-88Quality carbon structure steel Z = killed only is permissible similar C15 +C or +SH 1. 0401C15DIN EN 10277-215GB 699-88Quality carbon structure steel Z = killed only is permissiblesimilar E 295GC +C or +SH1. 0533St 50-2 KGDIN EN 10277-2Q 275GB 700-88Unalloyed engineering steelssimilarSheetsDC011. 0330St 12DIN EN 1013008FGB 699-88Plain carbon quality steelSameness must be checked in every casesimilarPipes, tubesP235TR11. 0254St 37.0DIN EN 10216-1normalised20GB 8163-87Seamless tubes for transport of liquidsLimit C content to 0.17%similar 20GB 8162-87Seamless tubes for structures Limit C content to 0.17%similar P235GH 1. 0345St 35.8DIN EN 10216-2normalised 20GB 8162-87Seamless tubes for structuresLimit C content to 0.17%similar P355N1.0562StE 355DIN EN 10216-3normalised16Mn GB 6479-86Seamless steel tubes for equipment of chemical industry for high pressure service Limit C content to 0.17%similar 16Mn GB 8162-87 Seamless steel tubes for structural purposesLimit C content to 0.17%similar 16Mn GB 8163-87Seamless steel pipes for liquid serviceLimit C content to 0.17%similar 16Mn GB/T 8164-87 Strips for welding stel pipe Limit C content to 0.17%similar E235 1.0308 -DIN EN 10305-4normalised 20GB 8162-87Seamless tubes for structures Limit C content to 0.17%similar St 37.4 NBK1. 0255St 37.4 NBK DIN 2391normalised20GB 8163-87Seamless tubes for transport of liquids Limit C content to 0.17%similar 20GB 8162-87Seamless tubes for structuresLimit C content to 0.17%similar SheetsFine-grained engineering steels, weldableFine-grained engineering steels, weldableBright steel products for general engineering purposesBright steel products for general engineering purposesBright steel products, +C = cold drawn +SH = as rolled andturnedPipes, tubesX2CrNiMo 17-12-2 1.4404 -DIN EN 10216-5DIN EN 10217-7austenitised0Cr18Ni12Mo2Ti GB T 14975-94Seamless tubes similar0Cr18Ni12Mo2Ti GB T 14976-94Seamless tubes for liquids similar1Cr18Ni12Mo2Ti GB 13296-91Seamless boiler and heat exchangertubes (austenitic)similarX6CrNiTi18-10 1. 4541X10CrNiTi 18 9DIN EN 10216-5DIN EN 10217-7 austenitised0Cr18Ni10Ti GB 13296-91Seamless boiler and heat exchangertubes (austenitic)similar0Cr18Ni10Ti GB T 14975-94Seamless tubes similar0Cr18Ni10Ti GB T 14976-94Seamless tubes for liquids similar0Cr18Ni10Ti GB 12771-91Welded pipes for transport of liquids similar0Cr18Ni10Ti GB 13296-91Seamless boiler and heat exchangertubes (austenitic)similarX6CrNiMoTi17-12-2 1. 4571X10CrNiMoTi 18 10DIN EN 10216-5DIN EN 10217-7austenitised0Cr18Ni12Mo2Ti GB T 14975-94Seamless tubes similar0Cr18Ni12Mo2Ti GB T 14976-94Seamless tubes for liquids similar1Cr18Ni12Mo2Ti GB 13296-91Seamless boiler and heat exchangertubes (austenitic)similarC22 +N 1. 0402 C 22 N DIN EN 10083-2normalised20GB 699-88Quality carbon structure steel Z = killed only is permissible identical C35 +N 1. 0501 C 35 N DIN EN 10083-2normalised35GB 699-88Quality carbon structure steel Z = killed only is permissible identicalC35 +QT 1. 0501 C 35 V DIN EN 10083-2quenched & tempered35GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarC35E +QT 1. 1181Ck 35 V DIN EN 10083-1quenched & tempered35GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising. Yield point at smallnom. thickness differs fromEuropean material.similarC45 +N 1. 0503 C 45 N DIN EN 10083-2normalised45GB 699-88Quality carbon structure steel Z = killed only is permissible identicalC45 +QT 1. 0503 C 45 V DIN EN 10083-2quenched & tempered45GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarC45E +QT 1. 1191Ck 45 V DIN EN 10083-1quenched & tempered45GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising. Yield point at smallnom. thickness differs fromEuropean material.similarC55 +QT 1. 0535 C 55 V DIN EN 10083-2quenched & tempered55GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarC55E +QT 1. 1203Ck 55 V DIN EN 10083-1quenched & tempered55GB 699-88Quality carbon structure steel Z = killed only is permissible,Agreement required for QT insteadof normalising. Yield point at smallnom. thickness differs fromEuropean material.similarC60 +N 1. 0601 C 60 N DIN EN 10083-2normalised60GB 699-88Quality carbon structure steel Z = killed only is permissible identicalCf 35 V 1. 1183.05Cf 35 V DIN 17212quenched & tempered35GB 699-88Plain carbon quality steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarCf 45 V 1. 1193.05Cf 45 V DIN 17212quenched & tempered45GB 699-88Plain carbon quality steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarCf 55 V 1. 1213.05Cf 55 V DIN 17212quenched & tempered55GB 699-88Plain carbon quality steel Z = killed only is permissible,Agreement required for QT insteadof normalising.similarQenched and tempered steels, unalloyed Quenched and tempered steels, unalloyed Tubes in stainless steels Tubes in stainless steelsFlame hardening steelsFlame hardening steelsQuenched and tempered steels, alloyed Quenched and tempered steels, alloyed25CrMo4+QT 1.721825 CrMo 4 V DIN EN 10083-1quenched & tempered 30CrMo GB 3077-88Alloyed structural steels Heat treatment strength to be agreed uponsimilar 42CrMo4+QT 1.722542 CrMo 4 V DIN EN 10083-1quenched & tempered 42CrMo GB 3077-88Alloyed structural steelsHeat treatment strength to be agreed uponsimilar50CrMo4+QT 1.722850 CrMo 4 V DIN EN 10083-1quenched & tempered 50CrMo EZB 1184-93(Title not known)34CrNiMo6+QT 1.658234 CrNiMo 6 V DIN EN 10083-1quenched & tempered 34CrNi3Mo EZB 1184-93(Title not known)30CrNiMo8+QT1.658030 CrNiMo 8 VDIN EN 10083-1quenched & tempered30Cr2Ni2MoEZB 1184-93(Title not known)16MnCr5+TH1.713116 MnCr 5 BFDIN EN 1008420CrMnTi GB 3077-88Alloyed structural steelssimilar 16MnCr JB T 6396-92Large forged piece of alloyed structural steelsimilar 20MnCr5+TH1.714720 MnCr 5 BF DIN EN 1008420CrMnTi GB 3077-88Alloyed structural steels similar 20MnCr JB T 6396-92Large forged piece of alloyed structuralsteelsimilar 18CrNiMo7-61.658717 CrNiMo 6 BF DIN EN 1008417Cr2Ni2MoJB/T 6396-92 EZB 1187-93Large forged piece of alloyed structural steelsimilarX20CrMoV11-11.4922X 22 CrMoV 12 1DIN EN 10222-21Cr11MoVGB 1221-92Heat-resisting steelssimilar60WCrV 7 1.255060 WCrV7DIN EN ISO 4957 6 Cr W 2 SiGB 1299-85Alloyed cold work steel similar 102Cr61.2067100Cr6DIN EN ISO 4957Cr2GB 1299-85Alloyed cold work steelsimilarX20CrMoV11-1 1.4922X 20 CrMoV 12 1DIN EN 10222-21Cr11MoVGB 1221-92Heat-resisting steelssimilar 20GB 699-88Quality carbon structure steelNotch impact energy not guaranteeddo not use 16MnDR GB 3531-96Plate for pressure vessels for use at low temperaturessimilar 20Mn2GB 3077-88Alloyed structural steelssimilar C22 1.0402 C 22DIN EN 10250-220GB 699-88Quality carbon structure steelZ = killed only is permissible similar 20Mn5 1.113320 Mn 5DIN EN 10250-220Mn2GB 3077-88Alloyed structural steelssimilar C35E 1.1181Ck 35DIN EN 10250-235GB 699-88Quality carbon structure steel Z = killed only is permissible identical C45E1.1191Ck 45DIN EN 10250-245GB 699-88Quality carbon structure steelZ = killed only is permissibleidentical 45H GB 5216-85Structural steels with defined hardenability scatterbandsimilar C60E 1.1221Ck 60DIN EN 10250-260GB 699-88Quality carbon structure steelZ = killed only is permissibleidentical 25CrMo4 1.721825 CrMo 4DIN EN 10250-330CrMo GB 3077-88Alloyed structural steels similar 34CrMo4 1.722034 CrMo 4DIN EN 10250-335CrMo GB 3077-88Alloyed structural steels similar 42CrMo4 1.722542 CrMo 4DIN EN 10250-342CrMo GB 3077-88Alloyed structural steels similar 50CrMo4 1.722850 CrMo 4DIN EN 10250-350CrMo EZB 1184-93Title not known similar 30CrNiMo8 1.658030 CrNiMo 8DIN EN 10250-330Cr2Ni2Mo EZB 1184-93Title not known similar 34CrNi3Mo Not known 34CrNiMo6 1.658234 CrNiMo 6DIN EN 10250-334CrNiMo EZB 1184-93Title not knownsimilar 33NiCrMoV14-51.695633 NiCrMoV 14 5DIN EN 10250-3Not known Not known X20Cr131.4021X 20 Cr 13DIN EN 10250-42Cr13GB 1220-92Stainless steels (austenitic)similar 2Cr13GB 1221-92Heat-resisting steels (austenitic)similar 2Cr13GB 8732-88Steel for steam turbine bladessimilar SM 2Cr13YB 094-97Slabs for plastic mouldssimilar X17CrNi16-2 1.4057X 17 CrNi 16 2DIN EN 10250-41Cr17Ni2GB 1220-92Stainless steels (austenitic)similar 1Cr17Ni2GB 1221-92Heat-resisting steels (austenitic)similarX4CrNi18-10 1.4301X 5 CrNi 18 9DIN EN 10250-40Cr18Ni9GB T 1220-92Stainless steel barX6CrNiTi18-10 1.4541X 10 CrNiTi 18 9DIN EN 10250-40Cr18Ni10Ti GB 1220-92Stainless steels (austenitic)0Cr18Ni10Ti GB 1221-92Heat-resisting steels (austenitic)X6CrNiMoTi17-12-21.4571X 10 CrNiMoTi 18 10DIN EN 10250-40Cr18Ni12Mo2TiGB 1220-92Stainless steels (austenitic)S355J2G31.0570St 52-3DIN EN 10250-2Case hardening steelsCase hardening steelsHeat-resisting steelsTool steelSteels for forgingsHeat-resisting steelsTool steelSteels for forgingsX5CrNiMo17-12-2 1.4401X 5 CrNiMo17 12 2DIN EN 10250-40Cr17Ni12Mo2GB 1220-92Stainless steels (austenitic)0Cr17Ni12Mo2GB 1221-92Heat-resisting steels (austenitic)X4CrNiMo16-5-11.4418-DIN EN 10250-4Not knownNot knownX20Cr13 1.4021X 20 Cr 13DIN 17440 DIN EN 10088-1 to 3X20Cr13GB 1220-92Stainless steels (austenitic)X17CrNi16-21.4057X 17 CrNi 16 2DIN 17440 DIN EN 10088-1 to 31Cr17Ni2GB 1220-92Stainless steels (austenitic)1Cr17Ni2GB 1221-92Heat-resisting steels (austenitic)1Cr17Ni2GB 3280-92Cold-rolled plate and strip (austenitic)1Cr17Ni2GB 4356-84Wire in rod shape 1Cr17Ni2 (-R)GB T 4240-93Wire1Cr17Ni2GB T 4231-93Cold-rolled strip in stainless steel for springsML1Cr17Ni2GB 4232-93Wire for cold headingX39CrMo17-1 1.4122X 39 CrMo 17 1DIN 17440 DIN EN 10088-1 to 3Not known Not known X4CrNi18-10 1.4301X 5 CrNi 18 9DIN 17440 DIN EN 10088-1 to 30Cr18Ni9GB 1220-92Stainless steels (austenitic)X5CrNiMo17-12-2 1.4401X 5 CrNiMo17 12 2DIN 17440 DIN EN 10088-1 to 30Cr17Ni12Mo2GB 1220-92Stainless steels (austenitic)X6CrNiTi18-101.4541X 10 CrNiTi 18 9DIN 17440 DIN EN 10088-1 to 30Cr18Ni10Ti GB 1220-92Stainless steels (austenitic)0Cr18Ni10Ti GB 1221-92Heat-resisting steels (austenitic)0Cr18Ni10Ti GB 3280-92Cold-rolled sheet/plate and strip (austenitic)0Cr18Ni10Ti GB 4237-92Hot-rolled sheet/plate and strip in stainless steel (austenitic)0Cr18Ni10Ti GB 4238-92Hot-rolled sheet/plate in heat-resisting steel (austenitic)0Cr18Ni10Ti GB 13296-91Seamless boiler and heat exchanger tubes (austenitic)0Cr18Ni10Ti GB T 14975-94Seamless tubes0Cr18Ni10Ti GB T 14976-94Seamless tubes for liquids 0Cr18Ni10Ti GB 4356-84Wire in rod shape0Cr18Ni10Ti GB 12771-91Welded pipes for transport of liquids 0Cr18Ni10Ti (-Q,-R)GB T 4240-93Wire1Cr18Ni11TiGB 13296-91Seamless boiler and heat exchanger tubes (austenitic)H0Cr20Ni10Ti YB T 5092-96Stainless steel wire for weldingX6CrNiMoTi17-12-21.4571X 10 CrNiMoTi 18 10DIN 17440 DIN EN 10088-1 to 30Cr18Ni12Mo2TiGB T 4237-92Hot rolled stainless steel sheets and platesEN-GJL-200EN-JL1030GGL-20DIN EN 1561 -HT20 - 40GB 9439-88Grey iron castings identical HT 200Not known EN-GJL-250EN-JL1040GGL-25DIN EN 1561 -HT25 - 47GB 9439-88Grey iron castings identical HT 250 Not known EN-GJL-300EN-JL1050GGL-30DIN EN 1561-HT3 - 54GB 9439-88Grey iron castingsidenticalHT 300Not knownGJS-400-18U1062GGG-40DIN EN 1563 -Not known Not known identicalGJS-400-181020Not known Not known GJS-400-15U1072/1073GGG-40DIN EN 1563 -QT 400-15GB 1348-88Spheroidal graphite iron castings identical GJS-400-151030QT 400-15GB 1348-88Spheroidal graphite iron castings identical GJS-500-7U1082/1083GGG-50DIN EN 1563 -QT 500-7GB 1348-88Spheroidal graphite iron castings identical GJS-500-71050QT 500-7GB 1348-88Spheroidal graphite iron castings identical GJS-600-3U1092/1093GGG-60DIN EN 1563-QT 600-3GB 1348-88Spheroidal graphite iron castings identical 1060GB 1348-88Spheroidal graphite iron castingsStainless steelsStainless steelsGrey cast ironSpheroidal graphite cast ironGrey cast ironSpheroidal graphite cast ironGJS-700-2U 1102/1103GGG-70DIN EN 1563-QT 700-2GB 1348-88Spheroidal graphite iron castings identical GJS-700-21070QT 700-2GB 1348-88Spheroidal graphite iron castingsidenticalEN-GJMW-360-12EN-JM 1020GTW-S 38-12DIN EN 1562Not known Not known EN-GJMW-400-5EN-JM 1030GTW-40-05DIN EN 1562Not knownNot knownGS200 1. 0449GS-38N DIN EN 10293normalised ZG 200 - 400GB 11352-89General-purpose unalloyed cast steel C content max. 0.18%similarGS2401.O445GS-45NDIN EN 10293normalisedZG 230 - 450GB 11352-89General-purpose unalloyed cast steelC content max. 0.30% must be limited to max. 0.23%!similar ZGD 270 - 480GB T 14408-93Low-alloy cast steel for general purpose and structural steel engineeringNo composition specification, onlyP and S max. 0.040 each do not useGE3001.O558GS-60N DIN EN 10293normalisedZG 310 - 570 GB 11352-89General-purpose unalloyed cast steel Important! C content 0.50 to 0.60 %, only limited weldability.similar ZG340 - 640GB 11352-89General-purpose unalloyed cast steelImportant! C content 0.50 to 0.60 %, only limited weldability.similar ZGD 345 - 570GB T 14408-93Low-alloy cast steel for general purpose and structural steel engineeringNo composition specification, onlyP and S max. 0.040 each similarZGD 410 - 620GB T 14408-93Low-alloy cast steel for general purpose and structural steel engineering No composition specification, only P and S max. 0.040 each similarG20Mn5 +N or +QT1 .6220GS-20Mn5V DIN EN 10293quenched & temperedZG 20 SiMn JB T 6402-92Castings in low-alloy steelsimilarGS-52N1.O552GS-52N DIN 1681normalisedZG 270 - 500GB 11352-89General-purpose unalloyed cast steelC content max. 0.40% must be limited to 0.35%!do not use ZGD 290 - 510GB T 14408-93Low-alloy cast steel for general purpose and structural steel engineeringNo composition specification, onlyP and S max. 0.040 each do not useZG 310-570GB 11352-89General-purpose unalloyed cast steel do not useG28Mn6 +QT1 or QT2 1. 1165GS-30Mn5V DIN EN 10293quenched & tempered ZG 35 SiMn JB T 6402-92Castings in low-alloy steelsimilar G26 CrMo4 +QT1 or +QT2 1. 7221GS-25 CrMo4V DIN EN 10293quenched & tempered ZG 20 CrMo EZB 1162-92Title not knownsimilar G42 CrMo4 +QT1 or QT2 1. 7231GS-42 CrMo4V DIN EN 10293quenched & tempered ZG 42 CrMo JB T 6402-92Castings in low-alloy steel similar G35CrNiMo6-6 +N or +QT1 orQT21. 6582GS-34CrNiMo6V DIN EN 10293quenched & tempered ZG 34 CrNiMo JB T 6402-92Castings in low-alloy steelsimilar GS-34 CrMo4V1. 7220GS-34 CrMo4VDIN 17205quenched & temperedZG 35CrMoEZB 1162-92Title not knownsimilarG42CrMo4 1. 7231GS-42CrMo4SEW 835quenched & tempered ZG 42 CrMo JB ZQ 4297-88 Alloyed cast steels. Non-standardised cast steels.similar G50CrMo41. 7232GS-50CrMo4SEW 835quenched & temperedZG 50 CrMoJB ZQ 4297-88Alloyed cast steels. Non-standardised cast steels.similarGP240GH+N 1.O619GS-C25N DIN EN 10213-2normalised ZG 230-450EZB 1165-93Title not known similar GP240GH+QT 1.O619GS-C25V DIN EN 10213-2quenched & tempered ZG 230-450EZB 1165-93Title not knownsimilarG20Mo5+QT 1. 5419GS-22Mo4V DIN EN 10213-2quenched & tempered Not known Not known G17CrMo5-5+QT 1. 7357GS-17CrMo55V DIN EN 10213-2quenched & tempered ZG 20CrMoV JB / T 7024-93Title not known C content higher, V alloyed, Rm and Re identicalsimilar G17CrMoV5-10+QT 1. 7706GS-17CrMoV5 11V DIN EN 10213-2quenched & tempered ZG 15Cr1Mo1V JB / T 7024-93Title not knownCr content higher, Rm and Re lowersimilarGX23CrMoV12-1+QT1. 4931G-X22CrMoV12 1VDIN EN 10213-2quenched & temperedNot knownNot knownMalleable cast ironMalleable cast ironGeneral purpose cast steelGeneral purpose cast steelQuenched and tempered steel castingsQuenched and tempered steel castingsFlame and induction hardening steel castingsFlame and induction hardening steel castingsHeat-resistant steel castingsHeat-resistant steel castingsGX 120Mn12 1. 3401-without standard -ZG MN 13-1GB 5680-98Austenitic cast steels with high manganese contentsimilarNot known -without standard ZG MN 13-2GB 5680-98Austenitic cast steels with high manganese contentNot known -without standard ZG MN 13-3GB 5680-98Austenitic cast steels with high manganese contentNot known-without standardZG MN 13-4GB 5680-98Austenitic cast steels with high manganese contentGK-CuSn10Zn -GK-S1DIN EN 1982ZCuSn10Zn2GB/T 1176-1987Specification for cast copper alloysCuSn7Zn4Pb7-C-GS CC493K-GS G-CuSn7ZnPb DIN EN 1982ZCuSn7Zn4Pb6EZB 1179-93Title not known CuSn7Zn4Pb7-C-GZ CC493K-GZ GZ-CuSn7ZnPb DIN EN 1982ZCuSn7Zn4Pb6EZB 1179-93Title not known CuSn7Zn4Pb7-C-GCCC493K-GCGC-CuSn7ZnPbDIN EN 1982ZCuSn7Zn4Pb6EZB 1179-93Title not knownCuSn12-C-GS CC483K-GS G-CuSn12DIN EN 1982ZCuSn12Pb1EZB 1179-93Title not known CuSn12-C-GZCC483K-GZGZ-CuSn12DIN EN 1982ZCuSn12Ni2EZB 1179-93Title not knownZCuSn10Pb1Not known CuSn12-C-GC CC483K-GC GC-CuSn12DIN EN 1982ZCuSn12Ni2EZB 1179-93Title not known CuSn12Ni2-C-GS CC484K-GS G-CuSn12Ni DIN EN 1982ZCuSn12Ni2EZB 1179-93Title not known CuSn12Ni2-C-GZ CC484K-GZ GZ-CuSn12Ni DIN EN 1982ZCuSn12Ni2EZB 1179-93Title not known CuSn12Ni2-C-GC CC484K-GC GC-CuSn12Ni DIN EN 1982ZCuSn12Ni2EZB 1179-93Title not known CuSn11Pb2-C-GS CC482K-GS G-CuSn12Pb DIN EN 1982ZCuSn12Pb1EZB 1179-93Title not known CuSn11Pb2-C-GZ CC482K-GZ GZ-CuSn12Pb DIN EN 1982ZCuSn12Pb1EZB 1179-93Title not known CuSn11Pb2-C-GCCC482K-GCGC-CuSn12PbDIN EN 1982ZCuSn12Pb1EZB 1179-93Title not known CuSn10Pb10-C-GS CC495K-GS G-CuPb10Sn DIN EN 1982ZCuPb10Sn10GB/T 1176-1987Specification for cast copper alloys CuSn10Pb10-C-GZCC495K-GZGZ-CuPb10SnDIN EN 1982ZCuPb10Sn10GB/T 1176-1987Specification for cast copper alloysCuAl10Fe5Ni5-C-GS CC333G-GS G-CuAl10Ni DIN EN 1982ZCuAl10Ni6Fe5EZB 1179-93Title not known CuAl10Fe5Ni5-C-GZCC333G-GZGZ-CuAl10NiDIN EN 1982ZCuAl10Ni6Fe5EZB 1179-93Title not knownCuZn35Mn2Al1Fe1-GS CC765-GS G-CuZn35Al1DIN EN 1982ZCuZn35Al1Fe1Mn2EZB 1179-93Title not known CuZn35Mn2Al1Fe1-GZ CC765-GZ GZ-CuZn35Al1DIN EN 1982ZCuZn35Al1Fe1Mn2EZB 1179-93Title not known CuZn34Mn3Al2Fe1-C-GS CC764-GS G-CuZn34Al2DIN EN 1982ZCuZn34Al2Fe2Mn3EZB 1179-93Title not known CuZn34Mn3Al2Fe1-C-GZ CC764-GZ GZ-CuZn34Al2DIN EN 1982ZCuZn34Al2Fe2Mn3EZB 1179-93Title not known CuZn25Al5Mn4Fe3-C-GS CC762-GS G-CuZn25Al5DIN EN 1982ZCuZn25Al5Fe3Mn4EZB 1179-93Title not known CuZn25Al5Mn4Fe3-C-GZ CC762-GZ GZ-CuZn25Al5DIN EN 1982ZCuZn25Al5Fe3Mn4EZB 1179-93Title not knownCuZn37Mn3Al2PbSi-R540CW713R-R540CuZn40Al2F54DIN EN 12164Not knownNot knownManganese steel castings, austeniticManganese steel castings, austeniticCopper-aluminium cast alloysCopper-zinc cast alloys (cast special brass)Copper-aluminium cast alloysCopper-zinc cast alloys (cast special brass)Copper-lead-tin cast alloysCopper-lead-tin cast alloysCopper-tin-zinc cast alloys (red brass)Copper-tin-zinc cast alloys (red brass)Copper-tin cast alloys (tin bronze)Copper-tin cast alloys (tin bronze)。
中国与德国材料标准对照表
德国SMS 中德材料牌号比较，依据SN359 中国01.06.2004 依据：SN359 不保证材料完整和替换！ATL2 标准化材料牌号编号原有牌号标准备注材料牌号标准名称备注性能匹配工程用钢工程用钢只在脱氧状态下接收，不保证屈服点S185 1.0035 St 33 DIN EN 10025 Q195 GB 700-88 非合金工程钢不使用和缺口冲击功S235JR 1.0037 St 37-2 DIN EN 10025 室温下的KV值Q235A GB 700-88 非合金工程钢F未脱氧的，不使用不使用S235JRG1 1.0036 U St 37-2 DIN EN 10025 室温下的KV值，未脱氧Q235A GB 700-88 非合金工程钢F未脱氧的，不使用相似室温下的KV值，未脱氧，适于S235JRG1C 1.0121 UQ St 37-2 DIN EN 10025 - 冷成形S235JRG2 1.0038 R St 37-2 DIN EN 10025 室温下的KV值，不允许未脱氧Q235B GB 700-88 非合金工程钢Z脱氧相似室温下的KV值，不允许未脱S235JRG2C 1.0122 RQ St 37-2 DIN EN 10025 Q235B GB 700-88 非合金工程钢Z脱氧相似氧，适于冷成形S235J0 1.0114 St 37-3 U DIN EN 10025 0℃时的KV值Q235C GB 700-88 非合金工程钢Z脱氧或TZ双脱氧相似S235J0C 1.0115 Q St 37-3U DIN EN 10025 0℃时的KV值，适于冷成形Q235C GB 700-88 非合金工程钢Z脱氧或TZ双脱氧相似S235J2G3 1.0116 St 37-3N DIN EN 10025 -20℃的KV值，全脱氧钢Q235D GB 700-88 非合金工程钢Z脱氧或TZ双脱氧相似S235J2G4 1.0117 - DIN EN 10025 -20℃的KV值，全脱氧钢Q235D GB 700-88 非合金工程钢Z 脱氧或TZ双脱氧相似-20℃的KV值，全脱氧钢，适于S235J2G3C 1.0118 Q St 37-3N DIN EN 10025 Q235D GB 700-88 非合金工程钢Z脱氧或TZ双脱氧相似冷成形C含量必须限于0.22，否则只限制焊S275JR 1.0044 St 44-2 DIN EN 10025 室温下的KV值Q275 GB 700-88 非合金工程钢相似接性，不保证缺口冲击功C 含量必须限于0.22，不保证缺口冲S275JRC 1.0128 Q St 44-2 DIN EN 10025 室温下的KV值，适于冷成形Q275 GB 700-88 非合金工程钢不使用击功C含量必须限于0.22，不保证缺口冲S275J0 1.0143 St 44-3 DIN EN 10025 0℃时的KV值Q275 GB 700-88 非合金工程钢不使用击功C含量必须限于0.22，不保证缺口冲S275J0C 1.0140 Q St 44-3U DIN EN 10025 0℃时的KV值，适于冷成形Q275 GB 700-88 非合金工程钢不使用击功C含量必须限于0.22，不保证缺口冲S275J2G3 1.0144 St 44-3N DIN EN 10025 -20℃的KV值，全脱氧钢Q275 GB 700-88 非合金工程钢不使用击功C含量必须限于0.22，不保证缺口冲S275J2G4 1.0145 - DIN EN 10025-20℃的KV值，全脱氧钢Q275 GB 700-88 非合金工程钢不使用击功-20℃的KV 值，全脱氧钢，适于C含量必须限于0.22，不保证缺口冲S275J2G3C 1.0141 Q St 44-3N DIN EN 10025 Q275 GB 700-88 非合金工程钢不使用冷成形击功重要！不接收平炉钢，板厚达S355JRC 1.0551 St 52-3U DIN EN 10025 室温下的KV值，适于冷成形16Mn GB 1591-88 高强度低合金结构钢相同60mm，只在室温下的KV 值重要！不接收平炉钢，板厚达S355J0 1.0553 - DIN EN 10025 0℃时的KV值16Mn GB 1591-88 高强度低合金结构钢不使用60mm，只在室温下的KV值重要！不接收平炉钢，板厚达S355J2G3 1.0570 St 52-3N DIN EN 10025 -20℃的KV值，全脱氧钢16Mn GB 1591-88 高强度低合金结构钢不使用60mm，只在室温下的KV值-20℃的KV值，全脱氧钢，适于重要！不接收平炉钢，板厚达S355J2G3C 1.0569 - DIN EN 10025 16Mn GB 1591-88 高强度低合金结构钢不使用冷成形60mm，只在室温下的KV值E295 1.0050 St 50-2 DIN EN 10025 - Q275 GB 700-88 非合金工程钢C含量0.28到0.38，只限制焊接性相同45 GB 699-88 优质碳素钢C含量0.42到0.50，只限制焊接性E335 1.0060 St 60-2 DIN EN 10025 - 16Mn GB 1591-88 高强度低合金结构钢重要！不接收平炉钢，板厚达60mm 相似55 GB 699-88 优质碳素钢C含量0.52到0.60，不可焊的相同E360 1.0070 St 70-2 DIN EN 10025 - 16Mn GB 1591-88 高强度低合金结构钢重要！不接收平炉钢，板厚达60mm 相似细粒的工程钢，可焊的细粒的工程钢，可焊的S355N 1.0545 StE 355 DIN EN 10113-2 正火未知未知经热处理或通过控制轧制制造的高强S420N 1.8902 StE 420 DIN EN 10113-2 正火Q 420 C GB /T 16270-96 相似度工程钢薄钢板/中厚钢板和钢带产品S460N 1.8901 StE 460 DIN EN 10113-2 正火未知未知冷拔钢，非合金的冷拔钢，非合金的C45C 中德材料——2004.06.08 1.0503 C 45 K DIN EN 10083-2 冷拔未知未知 1 德国SMS 中德材料牌号比较，依据SN359 中国01.06.2004 依据：SN359 不保证材料完整和替换！ATL2 标准化材料牌号编号原有牌号标准备注材料牌号标准名称备注性能匹配 E 295GCC 1.0533 St 50-2 KG DIN EN 10277-2 冷拔未知未知薄板薄板DC01LC 1.033 St 12 03 DIN EN 10130 08F GB 699-88 优质碳素钢各种情况下都必须检查一致性相似管道管道20 GB 8163-87 运输液体的无缝钢管限制C含量到0.17 相似St 37.0 1.0254 St 37.0 DIN 2448 正火20 GB 8162-87 无缝钢管构造限制C含量到0.17 相似20 GB 8163-87 运输液体的无缝钢管限制C含量到0.17 相似St 37.4 NBK 1.0255 St 37.4 NBK DIN 2391 正火20 GB 8162-87 无缝钢管构造限制C含量到0.17 相似P235GH 1.0345 St 35.8 DIN 17175 正火20 GB 8162-87 无缝钢管构造限制C含量到0.17 相似DIN1628DIN St 52.4 1.0581 St 52.4 正火和光亮退火未知未知1630 不锈钢管0Cr18Ni10Ti GB 13296-91 无缝锅炉和热交换器管（奥氏体的）相似0Cr18Ni10Ti GB /T 14975-94 无缝钢管相似X6CrNiTi18-10 1.4541 X10CrNiTi18 9 DIN 17457奥氏体化0Cr18Ni10Ti GB/ T 14976-94 液体用无缝钢管相似0Cr18Ni10Ti GB 12771-91 运输液体用焊接管相.。
中德材料牌号对照表2
do not use
S275JRC
1. 0128
Q St 44-2
DIN EN 10025 (invalid)
Q 275
GB 700-88
Unalloyed engineering steels
do not use
S355J0
1. 0553
-
DIN EN 10025 (invalid)
16Mn
GB 1591-88
GB 1591-88
High strength low alloy structural steels
similar
Fine-grained engineering steels, weldable
Q 235 C
GB 700-88
Unalloyed engineering steels
similar
S235J2G3
1. 0116
St 37-3N
DIN EN 10025 (invalid)
Q 235 D
GB 700-88
Unalloyed engineering steels
similar
S235J2G3C
Q 345 D Q 345 C
GB T 1591-94 GB T 1591-94
High strength low alloy structural steels High strength low alloy structural steels
similar identical
S235J0
1. 0114
do not use
do not use
do not use
Materials german-chinese-2006-01-01_INTRANET.xls
中德材料对照HT250
Spheroidal graphite cast iron
Not known Not known QT 400-15 QT 400-15 QT 500-7 QT 500-7 QT 600-3 QT 600-3
Not known Not known GB 1348-88 GB 1348-88 GB 1348-88 GB 1348-88 GB 1348-88 GB 1348-88
X6CrNiMoTi17-12-2
1.4571
X 10 CrNiMoTi 18 10
DIN 17440 DIN EN 10088-1 to 3
Stainless steel wire for welding Hot rolled stainless steel sheets and plates
Grey cast iron
EN-GJL-200 EN-GJL-250 EN-GJL-300
EN-JL1030 EN-JL1040 EN-JL1050 GGL-20 GGL-25 GGL-30 DIN EN 1561 DIN EN 1561 DIN EN 1561 -
Grey cast iron
HT20 - 40 HT 200 HT25 - 47 HT 250 HT3 - 54 HT 300
Stainless steels
X20Cr13 X17CrNi16-2
1.4021 1.4057 X 20 Cr 13 X 17 CrNi 16 2 DIN 17440 DIN EN 10088-1 to 3 DIN 17440 DIN EN 10088-1 to 3
Stainless steels
German
Material designation Basis SN359 Material No. 1.4401 1.4418 Former designation X 5 CrNiMo17 12 2 Standard DIN EN 10250-4 DIN EN 10250-4 Remark Material designation Standard GB 1220-92 GB 1221-92 Not known Title
中德钢牌号对照表
材料牌号
标准
名称
备注
性能 匹配
P235GH P355N
1.0345 1.0562
St 35.8 StE 355
DIN EN 10216-2 DIN EN 10216-3
正火 正火
20 16Mn 16Mn 16Mn 16Mn
E235
1.0308
-
DIN EN 10305-4
正火
20
不锈钢管
X2CrNiMo17-12-2 X6CrNiTi18-10 1.4404 1.4541 X10CrNiTi18 9 DIN EN 10216-5 DIN EN 10217-7 DIN EN 10216-5 DIN EN 10217-7 固溶退火 固溶退火
S275J2G3 S275J2G3C S275J2G4 S275JRC S355J0 S355J2G3C
中国
编号
1.0144 1.0141 1.0145 1.0128 1.0553 1.0569
原有牌号
St 44-3N Q St 44-3N Q St 44-2 -
标准
DIN EN 10025（作废） 不使用新代号 DIN EN 10025（作废） 不使用新代号 DIN EN 10025（作废） 不使用新代号 DIN EN 10025（作废） 不使用新代号 DIN EN 10025（作废） 不使用新代号 DIN EN 10025（作废） 不使用新代号
中国
编号 原有牌号 标准 备注 材料牌号
淬火加回火钢，非合金的
20 35 35 35 45 45 GB 699-88 GB 699-88 GB 699-88 GB 699-88 GB 699-88 GB 699-88 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 优质碳素结构钢 Z=脱氧 Z=脱氧 Z=脱氧，协议要求淬火加 回火代替正火。 Z=脱氧，协议要求淬火加 回火代替正火。屈服点 小 。厚度不同于欧洲材料。 Z=脱氧 Z=脱氧，协议要求淬火加 回火代替正火。 Z=脱氧，协议要求淬火加 回火代替正火。屈服点小 。厚度不同于欧洲材料。 Z=脱氧，协议要求淬火加 回火代替正火。 Z=脱氧，协议要求淬火加 回火代替正火。屈服点小 。厚度不同于欧洲材料。 Z=脱氧 相同 相同 相似 相似 相同 相似 相似 相似 相似 相同
中国与德国材料对照表
未知 GB /T 16270-96 未知 经热处理或通过控制轧制制造的高强度 工程钢薄钢板/中厚钢板和钢带产品 相似
1.0503 1.0533
C 45 K St 50-2 KG
DIN EN 10083-2 DIN EN 10277-2
冷拔 冷拔 薄板
未知 未知
未知 未知
1.033
St 12 03
DIN EN 10130 管道
20 正火 20 正火 正火和光亮退火 20 未知 不锈钢管 0Cr18Ni10Ti 0Cr18Ni10Ti
GB 13296-91 GB /T 14975-94 GB/ T 14976-94 GB 12771-91 GB 13296-91 GB /T 14975-94 GB /T 14976-94 GB 13296-91
SMS
中德材料牌号比较，依据SN359 不保证材料完整和替换！
01.06.2004 ATL2 标准化
德国
依据：SN359
中国
编号 原有牌号 标准 备注 材料牌号
工程用钢
材料牌号
工程用钢 S185 S235JR S235JRG1 S235JRG1C S235JRG2 S235JRG2C S235J0 S235J0C S235J2G3 S235J2G4 S235J2G3C S275JR S275JRC S275J0 S275J0C S275J2G3 S275J2G4 S275J2G3C S355JRC S355J0 S355J2G3 S355J2G3C
只在脱氧状态下接收，不保证屈服点 和缺口冲击功 F=未脱氧的，不使用 F=未脱氧的，不使用
不使用 不使用 相似
GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 1591-88 GB 1591-88 GB 1591-88 GB 1591-88
中国材料与德国 瑞士材料的对照表
EU-Pena Jedle
Sklenene vlakno
Tvrde drevo habrové dřevo Kuze lipové dřevo javorové dřevo
NR-Pena dubové dřevo Drevotriskova deska OSB/3
DD11
DD11 surface descaled DD12 DX51D+Z150-M-A DX51D+Z275-M-A E195+C E195+N E235 E235+C E235+CR1 E235+N E295 E295+SH+SL E295GC+C E335 E335GC+C E355 E355+C E360+N E-Cu57 EN AC-Al Mg3(a)SF EN AC-Al Si10Mg(a)KF EN AC-Al Si10Mg(a)SF EN AC-Al Si10Mg(a)ST6 EN AC-Al Si10Mg(Fe)DF EN AC-Al Si12(a)KF EN AC-Al Si12(b)KF EN AC-Al Si12(Cu)DF EN AC-Al Si7Mg0.6KT6 EN AC-Al Si7Mg0.6ST6 EN AC-Al Si8Cu3DF EN AC-Al Si8Cu3SF EN AC-Al Si9Cu3(Fe)DF EN AC-Al Si9MgKT6 EN AC-Al Si9MgSF EN AW-Al 99.0-F EN AW-Al 99.0-H14 EN AW-Al 99.5-F EN AW-Al 99.5-H14 EN AW-Al 99.7-F EN AW-Al Cu4MgSi[A]-O
中国与德国材料标准对照表
1.0501
C35+QT
1.0501
C 22 N C 35 N C 35 V
C35E+QT
1.1181
Ck 35 V
C45+N C45+QT
1.0503 1.0503
C 45 N C 45 V
C45E+QT C55+QT C55E+QT
1.1191 1.0535 1.1203
Ck 45 V C 55 V Ck 55 V
C60+N 火焰淬火钢
1.0601
C 60 N
Cf 35 V
1.1183.05
Cf 45 V
1.1193.05
Cf 55 V
1.1213.05
淬火加回火钢，合金的
Cf 35 V Cf 45 V Cf 55 V
25CrMo4+QT
1.7218
25CrMo 4 V
42CrMo4+QT
1.7225
42CrMo 4 V
GB 700-88
DIN EN 10025 -20℃的KV值，全脱氧钢
DIN EN 10025
-20℃的KV值，全脱氧钢，适于 冷成形
DIN EN 10025 室温下的KV值，适于冷成形
Q275 Q275 16Mn
GB 700-88 GB 700-88 GB 1591-88
DIN EN 10025 0℃时的KV值
St 33 St 37-2 U St 37-2 UQ St 37-2 R St 37-2 RQ St 37-2 St 37-3 U
DIN EN 10025
DIN EN 10025 室温下的KV值
DIN EN 10025 室温下的KV值，未脱氧
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无缝锅炉和热 GB 13296-91 交换器管（奥 氏体的） GB /T 无缝钢管 14975-94 GB/ T 14976-94 液体用无缝钢 管相似 相似 相似 4源自X6CrNiTi18-10
X10CrNiTi1 8 9 中德材料——2004.06.08 1.4541
DIN 17457
奥氏体化
0Cr18Ni10Ti
材料牌号 45 55 55 60 火焰淬火钢
标准 GB 699-88 GB 699-88 GB 699-88 GB 699-88
名称
备注
性能匹配 相似 相似 相似 相同
协议要求淬火加 优质碳素钢 回火代替正火。 屈服点小。厚度 协议要求淬火加 优质碳素钢 回火代替正火 协议要求淬火加 优质碳素钢 回火代替正火。 屈服点小。厚度 优质碳素钢
DIN 17458
奥氏体化
0Cr18Ni12Mo2Ti 1Cr18Ni12Mo2Ti
无缝锅炉和热 GB 13296-91 交换器管（奥 氏体的）
淬火加回火钢，非合金的 C22+N C35+N C35+QT C35E+QT C45+N C45+QT 1.0402 1.0501 1.0501 1.1181 1.0503 1.0503 C 22 N C 35 N C 35 V Ck 35 V C 45 N C 45 V DIN EN 10083-1 DIN EN 10083-2 DIN EN 10083-2 DIN EN 10083-2 正火 正火 淬火加回火 淬火加回火 正火 淬火加回火
标准 GB 12771-91
名称 运输液体用焊 接管
备注
性能匹配 相似 相似 相似 相似 相似
无缝锅炉和热 GB 13296-91 交换器管（奥 氏体的） GB /T 无缝钢管 14975-94 GB /T 14976-94 液体用无缝钢 管
X6CrNiMoTi1712-2
1.4571
X10CrNiMoT i18 10
中国
01.06.2004 ATL2 标准化
编号 1.033
原有牌号 St 12 03
标准 DIN EN 10130
备注
材料牌号 08F 管道 20
标准 GB 699-88
名称 优质碳素钢
备注 各种情况下都必 须检查一致性
性能匹配 相似
GB 8163-87
运输液体的无 限 制 C 含 量 到 缝钢管 0.17% 限 制 C 含 量 到 0.17%
SMS 德国 依据：SN359 材料牌号 工程用钢 S185 S235JR S235JRG1 S235JRG1C S235JRG2 S235JRG2C S235J0 S235J0C S235J2G3 S235J2G4 S235J2G3C
中德材料牌号比较，依据SN359 不保证材料完整和替换！
中国
01.06.2004 ATL2 标准化
细粒的工程钢，可焊的 未知 Q 420 C 未知 冷拔钢，非合金的 未知 未知 薄板 3 未知 未知 未知 GB /T 16270-96 未知 经热处理或通 过控制轧制制 造的高强度工 相似
SMS 德国 依据：SN359 材料牌号 DC01+LC 管道
中德材料牌号比较，依据SN359 不保证材料完整和替换！
相似 相似 相似 相似 相似
St 37.0
1.0254
St 37.0
DIN 2448 ???
正火 20 20 GB 8162-87 无缝钢管构造 GB 8163-87
St 37.4 NBK
1.0255
St 37.4 NBK
运输液体的无 限 制 C 含 量 到 缝钢管 0.17% 限 制 C 含 量 到 0.17% 限 制 C 含 量 到 0.17%
名称
备注
性能匹配 相似 不使用 不使用 不使用 不使用 不使用 不使用 相同 不使用 不使用 不使用 相同 2
DIN EN 10025 室温下的KV值 DIN EN 10025 室温下的KV值，适于冷成 形
DIN EN 10025 0℃时的KV值 0℃时的KV值，适于冷成 形
Q St 44-3U DIN EN 10025 St 44-3N -
中德材料牌号比较，依据SN359 不保证材料完整和替换！
中国
01.06.2004 ATL2 标准化
编号 1.0044 1.0128 1.0143 1.0140 1.0144 1.0145 1.0141 1.0551 1.0553 1.0570 1.0569 1.0050
原有牌号 St 44-2 Q St 44-2 St 44-3
标准
备注
材料牌号 Q275 Q275 Q275 Q275 Q275 Q275 Q275 16Mn 16Mn 16Mn 16Mn Q275
标准 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 700-88 GB 1591-88 GB 1591-88 GB 1591-88 GB 1591-88 GB 700-88
DIN EN 10025 -20℃的KV值，全脱氧钢 DIN EN 10025 -20℃的KV值，全脱氧钢 -20℃的KV值，全脱氧 钢，适于冷成形 室温下的KV值，适于冷成 形
Q St 44-3N DIN EN 10025 St 52-3U St 52-3N St 50-2 DIN EN 10025
中国
01.06.2004 ATL2 标准化
编号 1.1191 1.0535 1.1203 1.0601
原有牌号 Ck 45 V C 55 V Ck 55 V C 60 N
标准 DIN EN 10083-1 DIN EN 10083-2 DIN EN 10083-1 DIN EN 10083-2
备注 淬火加回火 淬火加回火 淬火加回火 正火
DIN 2391
正火 20 GB 8162-87 无缝钢管构造 GB 8162-87 无缝钢管构造 未知
P235GH St 52.4
1.0345 1.0581
St 35.8 St 52.4
DIN 17175 DIN 1628+DIN 1630
正火 正火和光亮退火
20 未知 不锈钢管 0Cr18Ni10Ti 0Cr18Ni10Ti
淬火加回火钢，非合金的 20 35 35 35 45 45 GB 699-88 GB 699-88 GB 699-88 GB 699-88 GB 699-88 GB 699-88 优质碳素钢 优质碳素钢 优质碳素钢 协议要求淬火加 回火代替正火 相同 相同 相似 相似 相同 协议要求淬火加 回火代替正火 相似 5
SMS 德国 依据：SN359 材料牌号
中德材料牌号比较，依据SN359 不保证材料完整和替换！
中国
01.06.2004 ATL2 标准化
编号
原有牌号
标准
备注
材料牌号 45
标准 GB 699-88
名称
备注
性能匹配
E335
1.0060
St 60-2
DIN EN 10025
16Mn 55
C含量0.42%到 优质碳素钢 0.50%，只限制焊 接性 高强度低合金 重要！不接收平 GB 1591-88 炉钢，板厚达 结构钢 60mm C含量0.52%到 GB 699-88 优质碳素钢 0.60%，不可焊的 GB 1591-88 高强度低合金 重要！不接收平 炉钢，板厚达 结构钢 60mm
协议要求淬火加 优质碳素钢 回 火 代 替 正 火 。 屈服点小。厚度 优质碳素钢 优质碳素钢
中德材料——2004.06.08
SMS 德国 依据：SN359 材料牌号 C45E+QT C55+QT C55E+QT C60+N 火焰淬火钢 Cf 35 V Cf 45 V Cf 55 V
中德材料牌号比较，依据SN359 不保证材料完整和替换！
相似 相似 相似 相似 相似 相似 相似 1
RQ St 37-2 DIN EN 10025 St 37-3 U
DIN EN 10025 0℃时的KV值 0℃时的KV值，适于冷成 形
Q St 37-3U DIN EN 10025 St 37-3N -
DIN EN 10025 -20℃的KV值，全脱氧钢 DIN EN 10025 -20℃的KV值，全脱氧钢 -20℃的KV值，全脱氧 钢，适于冷成形
SMS 德国 依据：SN359 X6CrNiTi18-10 材料牌号
中德材料牌号比较，依据SN359 不保证材料完整和替换！
中国
01.06.2004 ATL2 标准化
1.4541 编号
X10CrNiTi1 原有牌号 8 9
DIN标准 17457
奥氏体化 备注
材料牌号 0Cr18Ni10Ti 0Cr18Ni10Ti 0Cr18Ni12Mo2Ti
DIN EN 10025 0℃时的KV值 DIN EN 10025 -20℃的KV值，全脱氧钢 DIN EN 10025 DIN EN 10025 -20℃的KV值，全脱氧 钢，适于冷成形 -
中德材料——2004.06.08
C含量必须限于 非合金工程钢 0.22%，否则只限 制焊接性，不保 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 C含量必须限于 非合金工程钢 0.22%，不保证缺 口冲击功 高强度低合金 重要！不接收平 炉钢，板厚达 结构钢 60mm，只在室温 高强度低合金 重要！不接收平 炉钢，板厚达 结构钢 60mm，只在室温 高强度低合金 重要！不接收平 炉钢，板厚达 结构钢 60mm，只在室温 高强度低合金 重要！不接收平 炉钢，板厚达 结构钢 60mm，只在室温 C含量0.28%到 非合金工程钢 0.38%，只限制焊 接性