Metal processing industry and metallurgy database

Steel general

1.1 Numerical designation steel system

Steel numberSymbolStandardManufacturers
1.0009-- 
1.0010C8D- 
1.0021S240GPEN 10248-1 
1.0023S270GPEN 10248-1 
1.0026S195TEN 10255 
1.0028S205G1T- 
1.0031E190EN 10296-1, EN 10305-3, EN 10305-5 
1.0032S205GT- 
1.0033E155EN 10296-1, EN 10305-2, EN 10305-3, EN 10305-5 
1.0034E195EN 10296-1, EN 10305-2, EN 10305-3, EN 10305-5 
1.0035S185EN 10025-2 
1.0036USt 37-2 G (S235JRG1+CR)- 
1.0037St 37-2 G (S235JR+CR)DIN 5512-2 
1.0038S235JREN 10025-2, EN10250-2, 5512-1 
1.0039S235JRHEN 10210-1, EN 10219-1 
1.0044S275JREN 10025-2 
1.0045S355JREN 10025-2 
1.0046S320GPEN 10248-1 
1.0050E295EN 10025-2 
1.0050St 50-2 G (E295+CR)- 
1.0060E335EN 10025-2 
1.0060St 60-2 G (E335+CR)- 
1.0070E360EN 10025-2 
1.0070St 70-2 G (E360+CR)- 
1.0083S355GPEN 10248-1 
1.0106S235GTEN 39 
1.0107P195TR1EN 10216-1, EN 10217-1 
1.0108P195TR2EN 10216-1, EN 10217-1 
1.0111P245NBEN 10120 
1.0112P235SEN 10207 
1.0114S235J0EN 10025-2 
1.0115S235J0CEN 10025-2 
1.0116S235J2G3 (S235J2)EN 10250-2 
1.0116S215GDIN 1623  
1.0117S235J2EN 10025-2 
1.0118S235J2G3C (S235J2C)- 
1.0119S235J2CEN 10025-2 
1.0120S235JRCEN 10249-1 
1.0121S235JRG1C (S235JRC)- 
1.0122S235JRCEN 10025-2, EN 10277-2 
1.0128S275JRCEN 10025-2, EN 10249-1 
1.0130P265SEN 10207 
1.0138S275J2HEN 10210-1, EN 10219-1 
1.0140S275J0CEN 10025-2 
1.0141S275J2G3C (S275J2C)- 
1.0142S275J2CEN 10025-2 
1.0143S275J0EN 10025-2 
1.0144S275J2G3 (S275J2)- 
1.0144S245GDIN 1623  
1.0145S275J2EN 10025-2 
1.0149S275J0HEN 10210-1, EN 10219-1 
1.0160S235JRG1F- 
1.0166S235J2G3Cu, S235J2DIN 5512-1 
1.0167S235RG2Cu, S235JRDIN 5512-1 
1.0170S235JRG2CuCDIN 5512-1 
1.0171S235J2G3CuCDIN 5512-1 
1.0203C11G1- 
1.0204C11G1C- 
1.0205C11G2- 
1.0207USt 35-2 (C10G1)DIN 17115 
1.0208RSt 35-2 (C10G2)DIN 17115 
1.0211S215GSiT- 
1.0212E215EN 10305-1, 10305-4 
1.0213C8CEN 10263-2 
1.0214C10CEN 10263-2 
1.0215E220EN 10296-1, EN 10305-3, EN 10305-5 
1.0217C14G1- 
1.0220E260EN 10296-1, EN 10305-3, EN 10305-5 
1.0223C14G2- 
1.0224C14G1C- 
1.0225E275EN 10296-1, EN 10297-1, EN 10305-2, EN 10305-3, EN 10305-5, EN 10305-6 
1.0226DX51D- 
1.0234C15CEN 10263-2 
1.0236E315EN 10297-1 
1.0237E320EN 10296-1, EN 10305-3, EN 10305-5 
1.0241S220GDEN 10346 
1.0242S250GDEN 10346 
1.0244S280GDEN 10346 
1.0250S320GDEN 10346 
1.0252L235EN 10224 
1.0253P235G1T1- 
1.0254P235TR1EN 10216-1, EN 10217-1 
1.0255P235TR2EN 10216-1, EN 10217-1 
1.0256P275T1- 
1.0257P275T2- 
1.0258P265TR1EN 10216-1, EN 10217-1 
1.0259P265TR2EN 10216-1, EN 10217-1 
1.0260L275EN 10224 
1.0261E370EN 10296-1, EN 10305-3, EN 10305-5 
1.0270250-…-TG 180EN 10265 
1.0271300-…-TG 180EN 10265 
1.0272350-…-TG 179EN 10265 
1.0273400-…-TG 179EN 10265 
1.0274450-…-TG 179EN 10265 
1.0275500-…-TG 179EN 10265 
1.0276550-…-TG 178EN 10265 
1.0277600-…-TG 178EN 10265 
1.0278650-…-TG 178EN 10265 
1.0279700-..-TG 178EN 10265 
1.0280250-…-TF 183EN 10265 
1.0281300-…-TF 182EN 10265 
1.0282350-…-TF 181EN 10265 
1.0283400-…-TF 180EN 10265 
1.0300C4DEN ISO 16120-2 
1.0301C10- 
1.0302C10GPb- 
1.0303C4CEN 10263-2 
1.0304C9DEN ISO 16120-2 
1.0305P235G1TH (P235GH) - 
1.0306DX54D- 
1.0307L210- 
1.0308E235EN 10296-1, EN 10297-1, EN 10305-1, EN 10305-2, EN 10305-3, EN 10305-4, EN 10305-5, EN 10305-6 
1.0309DX55D- 
1.0310C10DEN ISO 16120-2 
1.0311C12DEN ISO 16120-2 
1.0312DC05EN 10130, EN 10139, EN 10152, EN 10271 
1.0313C7DEN ISO 16120-2 
1.0314C2CEN 10263-2 
1.0315P235G2TH (P235GH) - 
1.0318S180GT- 
1.0319L210GA- 
1.0322DX56D- 
1.0323C8G1W- 
1.0324C8G2W- 
1.0326S180G2T- 
1.0330DC01EN 10130, EN 10139, EN 10152, EN 10271 
1.0331DC01GT- 
1.0332DD11EN 10111 
1.0333DC03G1- 
1.0334DD12G1- 
1.0335DD13EN 10111 
1.0336DC04G1- 
1.0337DC04GT- 
1.0338DC04EN 10130, EN 10139, EN 10152, EN 10271 
1.0339C10WSi- 
1.0340M2- 
1.0341R0290DIN 17122 
1.0342HC180PEN 10268 
1.0343D20EK- 
1.0345P235GHEN 10028-2, EN 10216-2, EN 10217-2, EN 10273, EN 10222-2 
1.0346HC220IEN 10268 
1.0347DC03EN 10130, EN 10139, EN 10152, EN 10271 
1.0348P195GHEN 10216-2, EN 10217-2 
1.0349H260IEN 10268 
1.0350DX52DEN 10346 
1.0351TH470EN 10205, EN 10334 
1.0352P245GHEN 10222-2 
1.0355DX53DEN 10346 
1.0357S180G1T- 
1.0360M>65D- 
1.0361M660-50DEN 10126 
1.0362M890-50DEN 10126 
1.0363M1050-50DEN 10126 
1.0364M800-65DEN 10126 
1.0365M1000-65DEN 10126 
1.0366M1200-65DEN 10126 
1.0367-- 
1.0368-- 
1.0369M1100-65D- 
1.0370-- 
1.0371TS230EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0372TS245EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0373TH550EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0374TH620EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0375TS275EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0376DR660 - 
1.0377TH415EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0378TH435EN 10202, EN 10205, EN 10333, EN 10334, EN 10335 
1.0379TS260EN 10202, EN 10333, EN 10334, EN 10335 
1.0380TS480EN 10205, EN 10334 
1.0381TS290EN 10202, EN 10333, EN 10334, EN 10335 
1.0382TH580EN 10202, EN 10333, EN 10334, EN 10335 
1.0384TH520EN 10202, EN 10333, EN 10334, EN 10335 
1.0385TS550EN 10202, EN 10333, EN 10334, EN 10335 
1.0389DD14EN 10111 
1.0390DC01EKEN 10209 
1.0391DC12EK- 
1.0392DC04EKEN 10209 
1.0393DC13ED- 
1.0394DC04EDEN 10209 
1.0395HC180BEN 10268 
1.0396HC220BEN 10268 
1.0397HC220P- 
1.0398DD12EN 10111 
1.0399DC03EDEN 10209 
1.0400HC260BEN 10268 
1.0401C15- 
1.0402C22EN 10250-2 
1.0403C15GPb- 
1.0404C22GPb- 
1.0406C25EN 10250-2, EN 10277 
1.0407C16- 
1.0408E255EN 10305-1 
1.0409L320- 
1.0410H-40- 
1.0411C20CEN 10263-2 
1.041227MnSi5DIN 17115 
1.0413C15DEN ISO 16120-2 
1.0414C20DEN ISO 16120-2 
1.0415C26DEN ISO 16120-2 
1.0416C18DEN ISO 16120-2 
1.0417HC260P- 
1.0418L245MB   EN 10208-2 
1.0418L245ME / BMEEN ISO 3183 
1.0419L355EN 10224 
1.0420GE200EN 10293 
1.0421P355T1- 
1.0423P265NBEN 10120 
1.0424P265SEW 028 
1.0425P265GHEN 10028-2, EN 10216-2, EN 10217-2, EN 10217-5, EN 10273, EN 10222-2 
1.0426P280GHEN 10222-2 
1.0427C22.3- 
1.0429L290MB        EN 10208-2 
1.0429L290ME / X42ME   EN ISO 3183 
1.0430L320M- 
1.0432C21- 
1.0434C17CEN 10263-2 
1.0436P305GHEN 10222-2 
1.0437P310NBEN 10120 
1.0438B500ADIN 488-1 
1.0439B500BDIN 488-1 
1.0440GL-A (S235JRS1)- 
1.0441GL-A (S235JRS2)- 
1.0442GL-B (S235J0S)- 
1.0444HC300BEN 10268 
1.0446GE240EN 10293 
1.0447HC300IEN 10268 
1.0448HC300P- 
1.0449GS200EN 10293, EN 10340 
1.045024MnSi6DIN 17115 
1.0451P215NLEN 10216-4, EN 10217-4, EN 10217-6 
1.0452P255QLEN 10216-4 
1.0453P265NLEN 10216-4, EN 10217-4, EN 10217-6 
1.0455GS240EN 10293, EN 10340 
1.0456E275K2EN 10296-1, EN 10297-1 
1.0457L245NB- 
1.0457L245NE / BNEEN ISO 3183 
1.0458L235GAEN 10208-1 
1.0459L245GAEN 10208-1 
1.0460P250GHEN 10273, EN 10222-2 
1.0461S255N- 
1.0462P255NH- 
1.0463S255NL- 
1.046815Mn4DIN 17115 
1.046918Mn4DIN 17115 
1.047021Mn4DIN 17115 
1.047120MnNb6EN 10216-2 
1.047221MnSi5DIN 17115 
1.0473P355GHEN 10028-2, EN 10273 
1.0474GL-D (S235J2S2)- 
1.0475GL-D (S235J2S1)- 
1.0476GL-E (S235J4S)- 
1.0477P285NHEN 10222-4 
1.0478P285QHEN 10222-4 
1.047913Mn6- 
1.0480HC260LAEN 10268 
1.0481P295GHEN 10028-2, EN 10273, EN 10222-2 
1.0483L290GA- 
1.0484L290NB   - 
1.0484L290NE / X42NEEN ISO 3183 
1.048521Mn6- 
1.0486P275N- 
1.0487P275NHEN 10028-3, EN 10273 
1.0488P275NL1EN 10028-3, EN 10216-3, EN 10217-3 
1.0489HC300LAEN 10268 
1.0490S275NEN 10025-3 
1.0491S275NLEN 10025-3 
1.049211MnSi4- 
1.0493S275NHEN 10210-1, EN 10219-1 
1.0494C11GAI- 
1.049521Mn5DIN 17115 
1.049612Mn6- 
1.0497S275NLHEN 10210-1, EN 10219-1 
1.0498P255G2TH (P265GH)- 
1.0499L360GAEN 10208-1 
1.0501C35EN 10083-2, EN 10250-2, EN 10277, EN 10343 
1.0502C35GPb- 
1.0503C45EN 10083-2, EN 10250-2, EN 10277, EN 10343 
1.0504C45GPbBWB WL 
1.0505P315N- 
1.0506P315NH- 
1.0507S355J0Cu- 
1.0508P315NL- 
1.0509E410EN 10305-1 
1.051032Mn4- 
1.0511C40EN 10083-2, EN 10250-2, EN 10277 
1.0512S355K2HEN 10210-1, EN 10219-1 
1.0513GL-A32- 
1.0514GL-D32- 
1.0515GL-E32- 
1.0516C38DEN ISO 16120-2 
1.0517C48DEN ISO 16120-2 
1.0518C56DEN ISO 16120-2 
1.052031Mn4DIN 21530-3 
1.0521R200EN 13674-1, EN 13674-2, EN 13674-3, EN 13674-4, EN 14811 
1.0522S390GPEN 10248-1 
1.0523S430GPEN 10248-1 
1.0524R220EN 13674-1, EN 13674-2, EN 13674-4 
1.052533Mn6- 
1.0526C46- 
1.0527C56D- 
1.0528C30EN 10250-2 
1.0529S350GDEN 10346 
1.0530C32DEN ISO 16120-2 
1.0531S550GDEN 10346 
1.0532GL-A40- 
1.0533E295GCEN 10025-2 
1.0534GL-D40- 
1.0535C55EN 10083-2, EN 10250-2 
1.0536E470EN 10294-1, EN 10297-1 
1.0537C55GPb- 
1.0538S460J0- 
1.0539S355NHEN 10210-1, EN 10219-1 
1.0540C50EN 10250-2, EN 10277 
1.0541C42DEN ISO 16120-2 
1.0542R200V- 
1.0543E355GCEN 10025-2 
1.0545S355NEN 10025-3 
1.0546S355NLEN 10025-3 
1.0547S355JOHEN 10210-1, EN 10219-1 
1.0548HC340LAEN 10268 
1.0549S355NLHEN 10210-1, EN 10219-1 
1.0550HC380LAEN 10268 
1.0551S355JRCEN 10025-2 
1.0552S460J2- 
1.0553S355J0EN 10025-2 
1.0554S355J0CEN 10025-2, EN 10249-1 
1.0556HC420LAEN 10268 
1.0557P355NBEN 10120 
1.0558GE300EN 10293 
1.0560GL-E40- 
1.056136Mn4- 
1.0562P355NEN 10028-3, EN 10216-3, EN 10217-3 
1.0563E-75- 
1.0564N-80- 
1.0565P355NHEN 10028-3, EN 10216-3, EN 10217-3, EN 10222-4, EN 10273 
1.0566P355NL1EN 10028-3, EN 10216-3, EN 10217-3, EN 10222-4 
1.056732Mn3- 
1.0569S355J2G3C (S355J2C)DIN 5512-1 
1.0570S355J2G3 EN 10250  
1.0570S325GDIN 1623 
1.0571P355QH1EN 10222-4 
1.0572S355J2G3F- 
1.0574HC460LAEN 10268 
1.0575E420EN 10305-3, EN 10305-5 
1.0576S355J2HEN 10210-1, EN 10219-1 
1.0577S355J2EN 10025-2 
1.0578L360MB    - 
1.0578L360ME / X52MEEN ISO 3183 
1.0579S355J2CEN 10025-2, EN 10277 
1.0580E355EN 10294-1, EN 10296-1, EN 10297-1, EN 10305-1, -2, -3, -4, -5, -6 
1.0581P355T2- 
1.0582L360NB     - 
1.0582L360NE / X52NEEN ISO 3183 
1.0583GL-A36- 
1.0584GL-D36- 
1.0585S355J2G3Cu (S355J2)DIN 5512-1 
1.0585S355J2G3Cu- 
1.0586C50DEN ISO 16120-2 
1.0587S355J2G3CuC- 
1.0588C52DEN ISO 16120-2 
1.0589GL-E36- 
1.0590S450J0EN 10025-2 
1.0592E355J2EN 10294-1 
1.0593E550EN 10305-3, EN 10305-5 
1.0594S355K2CEN 10025-2 
1.0596S355K2EN 10025-2 
1.0599E420J2EN 10294-1, EN 10297-1 
1.0601C60EN 10083-2, EN 10250-2, EN 10277 
1.0602C60GPb- 
1.0603C67- 
1.0604R220G1EN 14811 
1.0605C75- 
1.0609C58DEN ISO 16120-2 
1.0610C60DEN ISO 16120-2 
1.0611C62DEN ISO 16120-2 
1.0612C66DEN ISO 16120-2 
1.0613C68DEN ISO 16120-2 
1.0614C76DEN ISO 16120-2 
1.0615C70DEN ISO 16120-2 
1.0616C86DEN ISO 16120-2 
1.0617C72DEN ISO 16120-2 
1.0618C92DEN ISO 16120-2 
1.0619GP240GH EN 10213 
1.0620C78DEN ISO 16120-2 
1.0622C80DEN ISO 16120-2 
1.0623R260EN 13674-1, -2, -3, -4, EN 14811 
1.0624R260MnEN 13674-1, EN 13674-2 
1.0625GP280GHEN 10213 
1.0626C82DEN ISO 16120-2 
1.0627C68- 
1.0628C68DEN ISO 16120-2 
1.0629R260V- 
1.0631R350HT EN 13674-1, -2, -4 
1.0632R350LHT EN 13674-1, EN 13674-2 
1.0633E360GCEN 10025-2 
1.0636R260GHTEN 14811 
1.0637R290GHTEN 14811 
1.0638R340GHTEN 14811 
1.0644E590K2EN 10294-1, EN 10297-1 
1.0647C85- 
1.0670P-105- 
1.0671P-110- 
1.0702C10RG1- 
1.0703C10RG2- 
1.0708C7RG1- 
1.0709C7RG2- 
1.071015S10EN 10305-1 
1.071110S10EN 10305-1 
1.071218S10EN 10305-1 
1.071337S10EN 10305-1 
1.071511SMn30EN 10087, EN 10277 
1.071811SMnPb30EN 10087, EN 10277 
1.071911SMnPbTe30- 
1.072011SMnPbBiTe30- 
1.072110S20EN 10087, EN 10277 
1.072210SPb20EN 10087, EN 10277 
1.072515SMn13EN 10087, EN 10277 
1.072635S20EN 10087, EN 10277 
1.072746S20EN 10087, EN 10277 
1.072860S20BWB WL  
1.073611SMn37EN 10087, EN 10277 
1.073711SMnPb37EN 10087, EN 10277 
1.073811SMnPbTe37- 
1.073911SMnPbBiTe37- 
1.075635SPb20EN 10087, EN 10277 
1.075746SPb20EN 10087, EN 10277 
1.075860SPb22- 
1.076038SMn28EN 10087, EN 10277 
1.076138SMnPb28EN 10087, EN 10277 
1.076244SMn28EN 10087, EN 10277 
1.076344SMnPb28EN 10087, EN 10277 
1.076436SMn14EN 10087, EN 10277 
1.076536SMnPb14EN 10087, EN 10277 
1.0800M250-35AEN 10106 
1.0801M270-35AEN 10106 
1.0803M300-35AEN 10106 
1.0804M330-35AEN 10106 
1.0805M > 350-35A- 
1.0806M270-50AEN 10106 
1.0807M290-50AEN 10106 
1.0808M310-50AEN 10106 
1.0809M330-50AEN 10106 
1.0810M350-50AEN 10106 
1.0811M400-50AEN 10106 
1.0812M470-50AEN 10106 
1.0813M530-50AEN 10106 
1.0814M600-50AEN 10106 
1.0815M700-50AEN 10106 
1.0816M800-50AEN 10106 
1.0817M940-50AEN 10106 
1.0818M1450-50A- 
1.0819M330-65AEN 10106 
1.0820M350-65AEN 10106 
1.0821M400-65AEN 10106 
1.0822M85-23PEN 10106 
1.0823M470-65AEN 10106 
1.0824M530-65AEN 10106 
1.0825M600-65AEN 10106 
1.0826M700-65AEN 10106 
1.0827M800-65AEN 10106 
1.0828M940-65A- 
1.0829M1000-65AEN 10106 
1.0830M1070-65A- 
1.0831M1590-65A- 
1.0832M > 65ASi- 
1.0833M > 65A- 
1.0834M < 35A- 
1.0835M90-23PEN 10107 
1.0836M95-23PEN 10107 
1.0838M90-27PEN 10107 
1.0839M95-27PEN 10107 
1.0840M < 50E- 
1.0841M340-50EEN 10341 
1.0842M390-50EEN 10341 
1.0843M450-50EEN 10341 
1.0844M560-50EEN 10341 
1.0845M660-50E- 
1.0846M390-65EEN 10341 
1.0847M450-65EEN 10341 
1.0848M520-65EEN 10341 
1.0849M630-65EEN 10341 
1.0850M > 65E- 
1.0851M88-65E- 
1.0852M100-30PEN 10107 
1.0853DX57DEN 10346 
1.0854M125-35PEN 10107 
1.0856M165-35SEN 10107 
1.0857M150-35SEN 10107 
1.0858M140-35SEN 10107 
1.0859M130-30SEN 10107 
1.0860M127-23SEN 10107 
1.0861M150-30SEN 10107 
1.0862M140-30SEN 10107 
1.0863M110-23SEN 10107 
1.0864M120-23SEN 10107 
1.0865M140-27SEN 10107 
1.0866M130-27SEN 10107 
1.0867-- 
1.0868M120-27SEN 10107 
1.0869DE06EKEN 10209 
1.087017MnV7- 
1.0872DC06EDEN 10209 
1.0873DC06EN 10130, EN 10139, EN 10152, EN 10271 
1.0879M100-23PEN 10107 
1.0880M103-27P- 
1.0881M111-30P- 
1.0882M117-30P- 
1.0883RSi48DIN 17405 
1.0884RSi24DIN 17405 
1.0885RSi12DIN 17405 
1.0886M105-30PEN 10107 
1.0889-- 
1.0890M235-35AEN 10106 
1.0891M250-50AEN 10106 
1.0892M310-65AEN 10106 
1.0893M600-100AEN 10106 
1.0894M700-100AEN 10106 
1.0895M800-100AEN 10106 
1.0896M1000-100AEN 10106 
1.0897M1300-100AEN 10106 
1.0898DC07EN 10130, EN 10152, EN 10139 
1.0910HX160YDEN 10346 
1.0911R260CrEN 13674-2 
1.091246Mn7- 
1.091350Mn7- 
1.0914HY180BDEN 10346 
1.0915R320CrEN 13674-1,-2, -3, -4 
1.0919HX220BDEN 10346 
1.0920E355K2EN 10296-1, EN 10297-1 
1.0921HX180YDEN 10346 
1.0922HC180YEN 10268 
1.0923HX220YDEN 10346 
1.0924HX260BDEN 10346 
1.0925HC220YEN 10268 
1.0926HX260YDEN 10346 
1.0927HX300YDEN 10346 
1.0928HC260YEN 10268 
1.0929HX260LADEN 10346 
1.0930HX300BDEN 10346 
1.0932HX300LADEN 10346 
1.0933HX340LADEN 10346 
1.0934HX380LADEN 10346 
1.0935HX420LADEN 10346 
1.0936HDT580XEN 10346, SEW 097-1 
1.0937HCT450XEN 10346, SEW 097-2 
1.0938H270X (HCT500GX)SEW 097-2 
1.0939HCT500XEN 10346, SEW 097-2 
1.0940H310X (HCT600GX)SEW 097-2 
1.0941HCT600XEN 10346, SEW 097-2 
1.0942H380X (HCT600G1X)SEW 097-2 
1.0943HCT780XEN 10346, EN10338 
1.0944HCT980XEN 10346, EN 10338 
1.0945HX340BDEN 10346 
1.0947HCT690TEN 10346, EN 10338 
1.0948HCT780TEN 10346, EN 10338 
1.0953HCT600CEN 10346, EN 10338 
1.0954HCT780CEN 10346, EN 10338 
1.0955HCT980CEN 10346, EN 10338 
1.0956HDT750CEN 10346 
1.0957HDT780CEN 10346 
1.0958HDT950CEN 10346 
1.0959HDT560FEN 10346 
1.0961HDT450FEN 10346, EN 10338 
1.0965HDT1200MEN 10346 
1.0968S760MC- 
1.0970S260MC- 
1.0971S260NCEN10149-3 
1.0972S315MCEN10149-2 
1.0973S315NCEN10149-3 
1.0974S340MC- 
1.0975S340NC- 
1.0976S355MCEN10149-2 
1.0977S355NCEN10149-3 
1.0978S380MC- 
1.0979S380NC- 
1.0980S420MCEN10149-2 
1.0981S420NCEN10149-3 
1.0982S460MCEN10149-2 
1.0983S460NC- 
1.0984S500MCEN10149-2 
1.0985S500NC- 
1.0986S550MCEN10149-2 
1.0987S550NCEN 10305-3, EN 10305-5 
1.0990HX460LADEN10346 
1.0991HX500LADEN10346 
1.0992R370CrHTEN13674-1 
1.0993R380CrSiMo8 LHT- 
1.1004C2E- 
1.1005C3E- 
1.1009C7E- 
1.1010C5E- 
1.1011RFe160DIN 17405 
1.1012RFe120DIN 17405 
1.1013RFe100DIN 17405 
1.1014RFe80DIN 17405 
1.1015RFe60DIN 17405 
1.1017RFe20DIN 17405 
1.1018RFe120DIN 17405 
1.1020L245NSEN ISO 3183 
1.1021L290NSEN ISO 3183 
1.1022L320NSEN ISO 3183 
1.1025L245QSEN ISO 3183 
1.1026L290QSEN ISO 3183 
1.1027L320QSEN ISO 3183 
1.1030L245MSEN ISO 3183 
1.1031L290MSEN ISO 3183 
1.1032L320MSEN ISO 3183 
1.1033L360MSEN ISO 3183 
1.1034L390MSEN ISO 3183 
1.1040L245N0EN ISO 3183 
1.1041L290N0EN ISO 3183 
1.1042L320N0EN ISO 3183 
1.1045L235Q0EN ISO 3183 
1.1046L290QSEN ISO 3183 
1.1047L320Q0EN ISO 3183 
1.1050L245M0EN ISO 3183 
1.1051L290M0EN ISO 3183 
1.1052L320M0EN ISO 3183 
1.1060C35RCEN 10263-4 
1.1061C45RCEN 10263-4 
1.1100P275SLEN10207 
1.1101S225NL- 
1.1103S255NL1- 
1.1104P275NL2EN 10028-3, EN 10216-3, EN 10217-3 
1.1105S315NL1- 
1.1106P355NL2EN 10028-3, EN 10216-3, EN 10217-3, EN 10222-4 
1.1107C6E- 
1.110810Mn4- 
1.110912Mn5- 
1.1110C3D2EN ISO 16120-4 
1.1111C5D2EN ISO 16120-4 
1.1112C8E1W- 
1.1113C8D2EN ISO 16120-4 
1.1114C10D2EN ISO 16120-4 
1.1115C10EW- 
1.1116C8E2W- 
1.11178Mn4- 
1.1118G24Mn6EN 10293, EN 10340, SEW 520, EN 10340 
1.1119G23Mn6- 
1.1120G19Mn5 / (G20Mn5)- 
1.1121C10EEN 10084, EN 10132-2, EN 10297-1, EN 10277 
1.1122C10E2CEN 10263-3 
1.11237Mn6- 
1.1124C12D2EN ISO 16120-4 
1.11257Mn7- 
1.1126C15D2EN ISO 16120-4 
1.112738Mn6EN 10297-1, EN 10277 
1.112846Mn5- 
1.1129C18D2EN ISO 16120-4 
1.1130C12E- 
1.1131G17Mn5EN 10213, EN 10293, EN 10340 
1.1132C15E2CEN 10263-3 
1.113320Mn5EN 10250-2, EN 10269, SEW 550 
1.1134C19EBWB WL 
1.1135C216EAl- 
1.1136G24Mn4- 
1.1137C20D2EN ISO 16120-4 
1.1138G21Mn5SEW 685 
1.1139C26D2EN ISO 16120-4 
1.1140C15REN 10084, EN 10277, EN 10297-1 
1.1141C15EEN 10084, EN 10132-2, EN 10297-1, EN 10277 
1.1142GC16E- 
1.1143C32D2EN ISO 16120-4 
1.1144-WL 
1.1145C36D2EN ISO 16120-4 
1.114630Mn4- 
1.1147C17E2CEN 10263-3 
1.1148C16EEN 10084, EN 10277 
1.1149C22REN 10083-2 
1.1150C38D2EN ISO 16120-4 
1.1151C22EEN 10083-2, EN 10132-3, EN 10297-1, SEW 550 
1.1152C20E2CEN 10263-3 
1.1153C40D2EN ISO 16120-4 
1.1154C42D2EN ISO 16120-4 
1.1155GC25E- 
1.1156GC24E- 
1.115740Mn4- 
1.1158C25EEN 10250-2, EN 10277 
1.1159G46Mn4SEW 835 
1.116022Mn6- 
1.116126Mn5EN 10305-1 
1.1162C46D2EN ISO 16120-4 
1.1164C48D2EN ISO 16120-4 
1.1165G28Mn6EN 10293 
1.116634Mn5- 
1.116736Mn5- 
1.1168G40Mn5- 
1.116920Mn6- 
1.117028Mn6EN 10083-2, EN 10250-2, SEW 550, EN 10277 
1.1171C50D2EN ISO 16120-4 
1.1172C35ECEN 10263-4 
1.117330Mn5 
1.1174- 
1.117541Mn4- 
1.1176G36Mn5SEW 835 
1.117725Mn4EN 10132-3 
1.1178C30EEN 10132-3, EN 10277 
1.1180C35REN 10083-2, EN 10277, EN 10343 
1.1181C35EEN 10083-2, EN 10132-3, EN 10250-2, EN 10269, EN 10277, EN 10297-1, EN 10305-1, EN 10343, SEW 550 
1.1182S355G13+N (+QT)EN 10225 
1.1184S355G14+N (+QT)EN 10225 
1.1185C2D1EN ISO 16120-3 
1.1186C40EEN 10083-2, EN 10132-3, EN 10277 
1.1187C3D1EN ISO 16120-3 
1.1188C4D1EN ISO 16120-3 
1.1189C40REN 10083-2, EN 10277 
1.1190S355G15+N(+QT)EN 10225 
1.1191C45EEN 10083-2, EN 10132-3, EN 10250-2, EN 10269, EN 10277, EN 10297-1, EN 10305-1, EN 10343, SEW 550 
1.1192C45ECEN 10263-4 
1.1194- 
1.1195C45EPb- 
1.1196GC45ESEW 835 
1.119725MnV5- 
1.1198C48EMn- 
1.119949MnVS- 
1.1201C45REN 10083-2, EN 10277, EN 10343 
1.1202C52D2EN ISO 16120-4 
1.1203C55EEN 10083-2, EN 10132-3, EN 10250-2 
1.1204C55SEN 10132-4 
1.1205C53R- 
1.1206C50EEN 10083-2, EN 10132-3, EN 10277, SEW 550 
1.1207C10REN 10084, EN 10277 
1.1208C16REN 10084, EN 10277 
1.1209C55REN 10083-2 
1.1210C53E- 
1.1211C60SEN10132-4 
1.1212C58D2EN ISO 16120-4 
1.1217C90SEN 10132-4 
1.1219C56E2EN ISO 683-17 
1.1220C56D2EN ISO 16120-4 
1.1221C60EEN 10083-2, EN 10132-3, EN 10250-2, EN 10277, EN 10297, SEW 550 
1.1222C60D2EN ISO 16210-4 
1.1223C60REN 10083-2, EN 10277 
1.1224C125SEN 10132-4 
1.122652Mn5- 
1.1228C60D2EN ISO 16120-4 
1.1229C60D3- 
1.1230C65S1 - 
1.1231C67SEN 10132-4 
1.1232C68D2EN ISO 16120-4 
1.123356Mn4EN ISO 683-17 
1.1234C68E- 
1.123537Mn6- 
1.1236C60D2EN ISO 16120-4 
1.1237C70D3- 
1.1238C80D3- 
1.1239C90D3- 
1.1241C50REN 10083-2, EN 10277 
1.1242C72D2EN ISO 16120-4 
1.124375Mn4- 
1.124470Mn4EN ISO 683-17 
1.1248C75SEN 10132-4 
1.1250C65S2- 
1.1251C70D2EN ISO 16120-4 
1.1252C78D2EN ISO 16120-4 
1.1253C76D2EN ISO 16120-4 
1.1254R400HTEN 13674-1 
1.1255C80D2EN ISO 16120-4 
1.1262C82D2EN ISO 16120-4 
1.1265C86D2EN ISO 16120-4 
1.1269C85SEN 10132-4 
1.1272C88D2EN ISO 16120-4 
1.127390Mn4- 
1.1274C100SEN 10132-4, WL 
1.1282C92D2EN ISO 16120-4 
1.1283C98DEN ISO 16120-4 
1.1291C97E- 
1.130119MnVS6EN 10267 
1.130230MnVS6EN 10267 
1.130338MnVS6EN 10267 
1.130446MnVS6EN 10267 
1.130546MnVS3EN 10267 
1.1337WStE355S-  
1.1338C22.8 S- 
1.1339GS-C 25S- 
1.1380Y1030H- 
1.1381Y1100H- 
1.1382Y1230H- 
1.1383Y1050H- 
1.1520C70UEN ISO 4957 
1.1525C80UEN ISO 4957 
1.1535C90UEN ISO 4957 
1.1545C105UEN ISO 4957 
1.1554C110U- 
1.1555C120UEN ISO 4957 
1.1563C125U- 
1.1573C135U- 
1.1620C70W2- 
1.1625C80W2- 
1.1645C105W2- 
1.1730C45UEN ISO 4957 
1.1740C60U- 
1.1813G35Mn5- 
1.2002125Cr2EN 10132-4 
1.200375Cr1- 
1.200485Cr1- 
1.200770Cr2- 
1.2008140Cr2- 
1.201895Cr1- 
1.205690Cr3- 
1.2057105Cr4- 
1.205839Cr4- 
1.2063145Cr6- 
1.2067102Cr6EN 10132-4, EN ISO 4957 
1.2080X210Cr12EN ISO 4957 
1.2082X21Cr13- 
1.2083X40Cr14EN ISO 4957 
1.2085X33CrS16- 
1.210162SiMnCr4- 
1.210358SiCr8- 
1.210890CrSi5- 
1.212565MnCr4- 
1.2127105MnCr4- 
1.2129200CrMn8- 
1.2130G200CrMn8- 
1.216221MnCrEN ISO 4957 
1.2201X165CrV- 
1.2206140CrV- 
1.220831CrV2- 
1.2210115CrV3- 
1.223580CrV2EN 10132-4 
1.224151CrMnV4- 
1.224259CrV4- 
1.224361CrSiV5- 
1.224838SiCrV6- 
1.224945SiCrV6- 
1.230235CrMo7EN ISO 4957 
1.2303100CrMo5- 
1.230485CrMo7- 
1.2305102CrMo6- 
1.230729CrMoV9- 
1.230965MnCrMo4- 
1.2310G40CrMnMo7- 
1.231140CrMnMo7SE 201; SE 202 
1.231240CrMnMoS8-6- 
1.231321CrMo10- 
1.2314X47CrMo15- 
1.2316X38CrMo16EN ISO 4957 
1.2319X64CrMo14- 
1.2320G60CrMoV10-7- 
1.232180CrMo8-3- 
1.232348CrMoV6-7SE 201; SE 202 
1.232580CrMo12-6- 
1.2326G48CrMoV6-7- 
1.232786CrMoV7- 
1.232845CrMoV7- 
1.232946CrSiMoV7- 
1.233035CrMo4- 
1.233141CrMoS4- 
1.233247CrMo4- 
1.2333G59CrMoV18-5- 
1.233462CrMoV6- 
1.233785CrMo20-6- 
1.2340X36CrMoV5-1- 
1.23416CrMo15-5- 
1.2342X35CrMoV5-1-1- 
1.2343X37CrMoV5-1EN ISO 4957, SE 201, SE 202 
1.2344X40CrMoV5-1EN ISO 4957, SE 201, SE 202 
1.2345X50CrMoV5-1- 
1.2346GX38CrMoV5- 
1.2347X40CrMoVS5-1- 
1.2348GX40CrMoV5-1- 
1.235327CrMoV6-12- 
1.235550CrMoV13-15EN ISO 4957 
1.235660CrMoV13-5- 
1.235750CrMoV13-14- 
1.235860CrMoV18-5- 
1.2359X15CrMoVN5-1- 
1.2360X48CrMoV8-1-1- 
1.2361X91CrMoV18- 
1.2362X63CrMoV5-1- 
1.2363X100CrMoV50EN ISO 4957 
1.236485CrMoV12-6-5- 
1.236532CrMoV12-28EN ISO 4957, SE 201 
1.2367X38CrMoV5-3EN ISO 4957, SE 201, SE 202 
1.236981MoCrV41-16- 
1.2370GX100CrMoV5-1- 
1.2371G32CrMoV12-28- 
1.2372GX38CrMoV5-3- 
1.237583CrMoV- 
1.2376X96CrMoV12- 
1.2378X220CrVMo12-2- 
1.2379X153CrMoV12EN ISO 4957 
1.2380PMX220CrVMo- 
1.238173MoV5-2- 
1.2382GX155CrVMo12-1- 
1.241074CrW1- 
1.2419105WCr6- 
1.2436X210CrW12EN ISO 4957 
1.2442115W8- 
1.2453X130W5- 
1.2510100MnCrW4- 
1.2516120WV4- 
1.2519110WCrV5- 
1.254135WCrV7- 
1.254245WCrV7- 
1.254745WCrV7-7- 
1.254950WCrV8EN ISO 4957 
1.255060WCrV8EN ISO 4957 
1.2562142WV13- 
1.256430WCrV15-1- 
1.256730WCrV17-2- 
1.2581X30WCrV9-3- 
1.2601X165CrMoV12- 
1.2602GX165CrMoV12- 
1.260345CrVMoW5-8- 
1.260473XCrMoV2-2- 
1.2605X35CrMoV5EN ISO 4957 
1.2606X37CrMoW5-1- 
1.2607GX37CrMoW5-1- 
1.2622X60WCrMoV9-4- 
1.2631X50CrMoW9-1-1- 
1.266138CrCoWV18-17-17EN ISO 4957 
1.2662X30WCrCoV9-3- 
1.2678X45CoCrWV5-5-5SE 201 
1.270374NiCr2- 
1.270580NiCr11- 
1.2709X3NiCoMoTi18-9-5- 
1.271045NiCr6- 
1.271154NiCrMoV6- 
1.271355NiCrMoV6- 
1.271455NiCrMoV7EN ISO 4957, SE 201, SE 202 
1.2715G55NiCrMoV6- 
1.271685CrNiMoV8- 
1.2717G55NiCrMoV7-4-5- 
1.271855NiCr10- 
1.272150NiCr13- 
1.272219CrNi8- 
1.272626NiCrMoV5- 
1.2731X50NiCrWV13-13SE 201 
1.273515NiCr14- 
1.273728NiCrV- 
1.273840CrMnNiMo8-6-4EN ISO 4957 
1.273940CrNiMoV3-3-4- 
1.274028NiCrMoV10- 
1.274255CrNiMoV4-2-4- 
1.274360NiCrMoV12-4- 
1.274457NiCrMoV7-7- 
1.274515NiCr18- 
1.274645NiCrMoV16-6- 
1.274728NiMo17- 
1.2758X50WNiCrVCo12-12SE 201 
1.276275CrMoNiW6-7- 
1.2764X19NiCrMo4- 
1.2765GX19NiCrMo5- 
1.276635NiCrMo16- 
1.276745NiCrMo16EN ISO 4957 
1.276825NiCrMo12- 
1.2769G45CrNiMo4-2- 
1.277375NiCrMo5-3-3- 
1.2779X6NiCrTi26-15SE 201 
1.2780X16CrNiSI20-12- 
1.2782X16CrNiSi25-20- 
1.2786X13NiCrSi36-16- 
1.2787X23CrNi17- 
1.2788X15CrNiMoN15-2-1- 
1.282370Si7- 
1.282470MnMoCr8EN ISO 4957 
1.282595MnWCr5EN ISO 4957 
1.282660MnSiCr4- 
1.2833100V1- 
1.2834105VEN ISO 4957 
1.2838145V33- 
1.284290MnCrV8EN ISO 4957 
1.2880X165CrCoMo12- 
1.2883X80CrCo13-1- 
1.2884X210CrCoW12- 
1.2885X32CrMoCoV3-3-3SE 201 
1.2886X15CrCoMoV10-10-5- 
1.288734CoCrMoV19-12- 
1.2888X20CoCrWMo10-9SE 201 
1.2889X45CoCrMoV5-5-3- 
1.2890GX20CoCrWMo10-9- 
1.3202HS 12-1-4-5- 
1.3207HS 10-4-3-10EN ISO 4957 
1.3208HS 9-4-3-11- 
1.3209HS 5-6-2-8- 
1.3241HS 2-5-1-3- 
1.3242HS 7-7-7-11- 
1.3243HS 6-5-2-5EN ISO 4957 
1.3244HS 6-5-3-8EN ISO 4957 
1.3245HS 6-5-2-5S- 
1.3246HS 7-4-2-5- 
1.3247HS 2-9-1-8EN ISO 4957 
1.3249HS 2-9-2-8- 
1.3251PMHS 12-0-5-5- 
1.3253PMHS 11-2-5-8- 
1.3255HS 18-1-2-5- 
1.3257HS 18-1-2-15- 
1.3265HS 18-1-2-10- 
1.3270HS 1-5-1-8- 
1.3288PMHS 3-3-1-8- 
1.3292PMHS 7-7-7-11- 
1.3294PMHS 6-5-3-8- 
1.3302HS 12-1-4- 
1.3318HS 12-1-2- 
1.3325HS 0-4-1EN ISO 4957 
1.3326HS 1-4-2EN ISO 4957 
1.3327HS 1-8-1EN ISO 4957 
1.3333HS 3-3-2EN ISO 4957 
1.3336HS 4-8-3- 
1.3339HS 6-5-2EN ISO 4957 
1.3340HS 6-5-2CS- 
1.3341HS 6-5-2S- 
1.3343HS 6-5-2CEN ISO 4957 
1.3344HS 6-5-3EN ISO 4957 
1.3345HS 6-5-3CEN ISO 4957 
1.3346HS 2-9-1- 
1.3347HS 7-5-3- 
1.3348HS 2-9-2EN ISO 4957 
1.3350HS 6-6-2EN ISO 4957 
1.3351HS 6-5-4EN ISO 4957 
1.3352PMHS 4-3-8- 
1.3355HS 18-0-1EN ISO 4957 
1.3361PMHS 6-5-4- 
1.3377PMHS 3-3-4- 
1.3394PMHS 6-5-3- 
1.3395PMHS 6-5-3C- 
1.3397PMHS 2-2-2- 
1.3401X120Mn12- 
1.3402X110Mn14- 
1.3403GX120Mn12- 
1.3405X90Mn18- 
1.3406GX100Mn13EN 10349 
1.3407GX120Mn18EN 10349 
1.3410GX120MnCr13-2EN 10349 
1.3411GX120MnCr18-2EN 10349 
1.3415GX120MnMo7-1EN 10349 
1.3416GX110MnMo13-1EN 10349 
1.3417GX90MnMo14EN 10349 
1.342115NiMoCrB4-5- 
1.3425GX120MnNi13-3EN 10349 
1.3501100Cr2- 
1.3504-- 
1.3505100Cr6EN ISO 683-17, WL 
1.3514101Cr6WL 
1.351520MnCr4-2EN ISO 683-17 
1.3518100CrMnSi4-4EN ISO 683-17 
1.3519100CrMnSi6-6EN ISO 683-17 
1.3520100CrMnSi6-4EN ISO 683-17 
1.352117MnCr5EN ISO 683-17 
1.352319MnCr5EN ISO 683-17 
1.353116CrNiMo6- 
1.353216NiCrMo16-5EN ISO 683-17 
1.353318NiCrMo14-6EN ISO 683-17 
1.3536100CrMo7-3EN ISO 683-17 
1.3537100CrMo7EN ISO 683-17 
1.3538100CrMo7-4EN ISO 683-17 
1.3539100CrMnMoSi8-4-6EN ISO 683-17 
1.3541X47Cr14EN ISO 683-17 
1.3542X65Cr14EN ISO 683-17 
1.3543X108CrMo17EN ISO 683-17 
1.3544-WL 
1.3549X89CrMoV18-1EN ISO 683-17 
1.3550-- 
1.355180MoCrV42-16EN ISO 683-17; WL 
1.3552-- 
1.3553X82WMoCrV6-5-4EN ISO 683-17; WL 
1.3554-WL 
1.355513MoCrNi42-16-14EN ISO 683-17 
1.3558X75WCrV18-4-1EN ISO 683-17 
1.355920Cr3EN ISO 683-17 
1.356144Cr2- 
1.356343CrMo4EN ISO 683-17 
1.356548CrMo4- 
1.356615CrMo4EN ISO 683-17 
1.356720CrMo4EN ISO 683-17 
1.357020MnCrMo4-2EN ISO 683-17 
1.357620NiCrMo7EN ISO 683-17 
1.3802GX120Mn13EN 10349 
1.3805X35Mn21SEW 390 
1.3810X20Cr25- 
1.3811X10Cr25SEW 385 
1.3813X40MnCrNi19- 
1.3815X8CrMnN19-19- 
1.3816X8CrMnN 18-18SEW 390 
1.3817X40MnCr 18SEW 390 
1.3818X55MnCrN 18-4SEW 390 
1.3819X50MnCrV 20-14- 
1.3820X8CrMnN 20-10- 
1.38218SiCr7-3- 
1.3901X50Ni25- 
1.3903Ni30DIN 17745 
1.3909Ni40DIN 17745 
1.3910Ni36DIN 17745 
1.3911RNi24DIN 17405 DIN 17745 
1.3912Ni36DIN 1715-1, 17745, SEW 385 
1.3913Ni38DIN 17745 
1.3914X2CrNiMnMoNNb 21-15-7-3SEW 390, BWB WL 
1.3917Ni421715-1, DIN 17745, SEW 385 
1.3918Ni43SEW 385 
1.3919X3Ni44- 
1.3920Ni46DIN 1715-1, DIN17745, SEW 385 
1.3921Ni49- 
1.3922Ni48DIN 17745, SEW 385 
1.3926RNi12DIN 17405, DIN 17745 
1.3927RNi8DIN 17405, DIN 17745 
1.3928Ni52SEW 385 
1.3930X60NiMn14-7DIN 1715-1, SEW 385 
1.3932NiMn20-6DIN 1715-1, SEW 385 
1.3934-WL 
1.3936X2NiCoTiNb42-3-2- 
1.3937X68NiMnCrVNb12-5- 
1.3938X8NiCr17-10- 
1.3940GX2CrNiN18-13SEW 395; BWB WL 
1.3941X4CrNi18-13- 
1.3942X15NiCr22-3SEW 385 
1.3943X20NiCr36-10- 
1.3944GX5CrNi18-11- 
1.3945X2CrNiN18-11- 
1.3946NiCr42-6DIN 17745, SEW 385 
1.3947X50CrMnNiV22-9- 
1.3948X4CrNiMnMoN19-13-8- 
1.3949X5MnCrNiN18-13SEW 390 
1.3950GX5CrNiMo18-15- 
1.3951X2CrNiMoN22-15BWB WL 
1.3951GX4CrNiMoN22-15- 
1.3952X2CrNiMoN18-14-3SEW 390, BWB WL 
1.3953X2CrNiMo18-15- 
1.3954X2CrNiMnMoN22-17-8-4BWB WL 
1.3955GX12CrNi18-11SEW 395, BWB WL 
1.3957X2CrNiMoNbN21-15- 
1.3958X5CrNi18-11- 
1.3959GX10CrNiNb16-13 
1.3960GX2CrNiMoN18-14 (GX 2 CrNiMoN18-14-3)SEW 395, BWB WL 
1.3962X15CrNiMn12-10SEW 390 
1.3964X2CrNiMnMoNNb21-16-5-3SEW 390, BWB WL 
1.3965X8CrMnNi18-8- 
1.3966GX25MnCrNi8-8-6SEW 395 
1.3967GX2CrNiMnMoNNb21-16-5-3SEW 390, BWB WL 
1.3968X12MnCr18-12- 
1.3974X2CrNiMnMoNNb23-17-6-3SEW 390, BWB WL 
1.3980X5NiCrTiMoV26-15SEW 390 
1.3981NiCo 29 18 (X3NiCo 29-18)17745, SEW 385 
1.3982NiCo 28 23 (X3NiCo 28-13)17745, SEW 385 
1.3984X3CrNiMnMoN24-21-7-4- 
1.3985X2CrNiMoN23-15- 
1.3986X1CrNiMnMoN22-17-7- 
1.3987X8CoNiCr26-20- 
1.3991CoNiCr26-20DIN 1715-1 
1.3993NiCr16-11DIN 1715-1 
1.4000X6Cr13EN 10088-1, -2, -3 
1.4001X7Cr14- 
1.4002X6CrAl13EN 10088-1, EN 10088-2, EN 10250-4, EN 10297-2,  
1.4003X2CrNi12EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10272, EN 10296-2, SEW 400,  
1.4004X7CrS17- 
1.4005X12CrS13EN 10088-1, -3,  
1.4006X12Cr13EN 10088-1, -2, -3, -4, -5, EN 10250-4, EN 10263-5, EN 10297-2, EN 10272 
1.4007X35Cr14- 
1.4008GX7CrNiMo12-1EN 10283 
1.4009X8Cr14- 
1.4010X2Cr17- 
1.4011GX12Cr12EN 10283 
1.4012X10Cr15- 
1.4014-WL 
1.4015X8Cr18- 
1.4016X6Cr17EN 10088-1, -2, -3, -4 ,-5, EN 10151, EN 10250-4, EN 10296-2, EN 10297-2, EN 10263-5 
1.4017X6CrNi17-1EN 10088-1, -2 
1.4018X8CrNi13-1- 
1.4019X14CrS17- 
1.4020X13CrMnNiN18-13-2EN 10088-1, -3 
1.4021X20Cr13EN 10088-1, -2, -3, -4, -5, EN 10151, EN 10250-4 
1.4023X110Cr17- 
1.4024X15Cr13EN 10088-1, -2, -3, EN ISO 15510 
1.4025X110CrS17- 
1.4026X12CrNi13EN 2460, EN 2461 
1.4027GX20Cr14SEW 410 
1.4028X30Cr13EN 10088-1, -2, -3, EN 10151, EN 10250-4 
1.4029X29CrS13 / X33CrS13EN 10088-1, -3 
1.4030X2Cr12- 
1.4031X39Cr13EN 10088-1, -2, -3, EN 10151 
1.4034X46Cr13EN 10088-1, -2, -3 
1.4035X46CrS13EN 10088-1, -3 
1.4036GX46Cr13- 
1.4037X65Cr13SEW 400 
1.4038X52Cr13- 
1.4039X60Cr13- 
1.4040X68Cr17- 
1.4041X85Cr17- 
1.4044X15CrNi17-3EN 3365, EN 3490, EN 3491 
1.4057X17CrNi16-2EN 10088-1, -3, -5, EN 10250-4, EN 10272 
1.4058X33Cr16- 
1.4059GX22CrNi17SEW 410 
1.4062X2CrNiN 22-2EN 10088-1, EN 10028-7 
1.4085GX70Cr29SEW 410 
1.4086GX120Cr29SEW 410 
1.4102X6CrNiMo12- 
1.4104X14CrMoS17EN 10088-1,-3 
1.4105X6CrMoS17EN 10088-1,-3 
1.4106X2CrMoSiS18-2-1- 
1.4107GX8CrNi12EN 10213 
1.4108X30CrMoN15-1SEW 400 
1.4109X70CrMo15EN 10088-1, -3 
1.4110X55CrMo14EN 10088-1,- 2,- 3, SEW 400 
1.4111X110CrMoV15- 
1.4112X90CrMoV18EN 10088-1,-3 
1.4113X6CrMo17-1EN 10088-1, -2, -3, EN 10263-5 
1.4114X6CrMoS19-2- 
1.4115X20CrMo17-1- 
1.4116X50CrMoV15EN 10088-1, -2 ,-3 
1.4117X38CrMoV15- 
1.4118X40CrMo15- 
1.4119X13CrMo13- 
1.4120X20CrMo13SEW 400 
1.4120GX20CrMo13- 
1.4121X22CrMoNiS13-1- 
1.4122X39CrMo17-1EN 10088-1, -2, -3 
1.4122GX35CrMo17- 
1.4123X40CrMoVN16-2EN 10088-1, -3, EN ISO 683-17 
1.4125X105CrMo17EN 10088-1, -3 
1.4128X2CrMo23-1- 
1.4129X2CrMo23-2- 
1.4131X1CrMo26-1- 
1.4135X1CrMo30-2- 
1.4136GX70CrMo29-2- 
1.4138GX120CrMo29-2SEW 410 
1.4153X80CrVMo13-2- 
1.4154X5CrMnN17-8- 
1.4162X2CrMnNiN21-5-1EN 10088-4, -5, EN 10088-1, -2, - 3, EN 10272 
1.4300X12CrNi- 
1.4301X5CrNi18-10EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10151, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10264-4, EN 10269, EN 10270-3, EN 10272, EN 10296-2, EN 10297-2, EN 10312, EN 10294-2 
1.4302X5CrNi19-9- 
1.4303X4CrNi18-12 / X6CrNi18-12EN 10088-1, -2, -3, EN 10263-5, EN 10264-4, EN 10269 
1.4305X8CrNiS18-9 / X10CrNiS18-9EN 10088-1, -2,- 3, -5, EN 10297-2, EN 10294-2 
1.4306X2CrNi19-11EN 10028-7, EN 10088-1 ,-2 ,-3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10272, EN 10294-2, EN 10296-2, EN 10297-2, EN 10312, EN 2466, 
1.4307X2CrNi18-9EN 10028-7, EN 10088-1,-2,-3,-4,-5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10269, EN 10272, EN 10294-2, EN 10296-2, EN 10297-2, EN 10312, EN 2465, EN 2467, EN 2469 
1.4308GX5CrNi19-10EN 10213, EN 10283 
1.4309GX2CrNi19-11EN 10213, EN 10283, EN 10340 
1.4310X10CrNi18-8EN 10088-1, -2, -3, EN 10151, EN 10263-5, EN 10264-4, EN 10270-3, EN 4528 
1.4311X2CrNiN18-10 / X2CrNiN18-9EN 10028-7, EN 10088-1,- 2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10269, EN 10272, EN 10296-2, EN 10297-2 
1.4312GX10CrNi18-8- 
1.4313X3CrNiMo13-4EN 10028-7, EN 10088-1 ,-2, -3, EN 10222-5, EN 10250-4, EN 10272 
1.4314-WL 
1.4315X5CrNiN19-9EN 10028-7, 10088-1, -2,- 3, SEW 400 
1.4316X1CrNi19-9- 
1.4317GX4CrNi13-4EN 10213, EN 10283, EN 10293, EN 10340, SEW 520 
1.4318X2CrNiN18-7EN 10028-7, EN 10088-1, -2, -4, EN 10296-2, 5512-3 
1.4319X5CrNi17-7EN 10088-1, -2, -3 
1.4320X2CrNiMo13-4SEW 400 
1.4324-WL 
1.4325X9CrNi18-9EN 10088-1, -3 
1.4326X12CrNiSi18-9-3- 
1.4331X2CrNi21-10- 
1.4332X2CrNi 24-12- 
1.4335X1CrNi 25-21EN 10028-7, EN 10028-1,- 2, -4, EN 10216-5, EN 10297-2 
1.4337X10CrNi30-9- 
1.4339GX32CrNi28-10- 
1.4340GX40CrNi27-4SEW 410 
1.4347GX4CrNiN26-7EN 10283 
1.4351X3CrNi13-4- 
1.4361X1CrNiSi18-15-4EN 10088-1, -2, -3, EN 10028-7, EN 10272 
1.4362X2CrNiN23-4EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10250-4, EN10272, EN 10296-2, EN 10297-2, EN 10312, EN 10222-5 
1.4368X6CrMnNiN18-12-4EN 10088-1, -2, -3 
1.4369X11CrNiMnN19-8-6EN 10088-1, -2, -3, EN 10151 
1.4370X15CrNiMn18-8- 
1.4371X2CrMnNiN17-7-5EN 10028-7, EN 10088-1, -2 
1.4372X12CrMnNiN17-7-5EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10151 
1.4373X12CrMnNiN18-9-5EN 10088-1, -2 
1.4374X8CrMnNiN18-9-5EN 10088-1, -3 
1.4375X2CrMnNiN20-9-7- 
1.4376X8CrMnNi19-6-3EN 10088-1, -2 
1.4377X13CrMnNi19-7-2- 
1.4378X6CrMnNIN18-13-3EN 10088-1, -3 
1.4389X3NiCr18-16- 
1.4390X1NiCrSi24-9-7- 
1.4401X5CrNiMo17-12-2EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10151, EN 10216-5, EN10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10264-4, EN 10269, EN 10270-3, EN10272, EN 10296-2, EN 10297-2, EN 10312, EN 10269 
1.4403X5CrNiMo19-11- 
1.4404X2CrNiMo17-12-2EN 10028-7, EN 10088-1,- 2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10297-2, EN 10312, EN 10269, EN 10272, EN 10294-2, EN 10296-2 
1.4405GX4CrNiMo16-5-1EN 10213, EN 10283, EN 10293, EN 10340 
1.4406X2CrNiMoN17-11-2EN 10028-7, EN 10088-1 ,-2, -3, -4, -5, EN 10222-5, EN 10250-4, EN 10272 
1.4407GX5CrNiMo13-4- 
1.4408GX5CrNiMo19-11-2EN 10213, EN 10283 
1.4409GX2CrNiMo 19-11-2EN 10213, EN 10283, EN 10340 
1.4410X2CrNiMoN25-7-4EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10272, EN 10296-2, EN 10297-2 
1.4411GX4CrNiMo16-5-2EN 10283 
1.4412GX5CrNiMo19-11-3EN 10283 
1.4413X4CrNiMo13-4- 
1.4414GX4CrNiMo13-4- 
1.4415X2CrNiMoV13-5-2EN 10088-1, -3 
1.4416GX2NiCrMoN25-20-5EN 10283 
1.4417GX2CrNiMoN125-7-3EN 10213, EN 10283 
1.4418X4CrNiMo16-5-1EN 10028-7, EN 10088-1, -2, -3, -4,- 5, EN 10250-4, EN 10272, EN 4627, EN 4628, EN 4629, EN 4630, EN 4631, EN 4642, EN 4683 
1.4419X38CrMo14EN 10088-1, -2, -3 
1.4421GX4CrNi16-4EN 10293 
1.4422X1CrNiMoCu12-5-2EN 10088-1, -2 
1.4423X1CrNiMoCu12-7-3EN 10088-1, -2 
1.4424X2CrNiMoSi18-5-3 / X2 CrNiMoSiMnN19-5-3-2-2EN 10088-1, -2, -3, -4,- 5, EN 10216-5, EN 10297-2 
1.4425X2CrNiMo18-13-3- 
1.4426GX10CrNiMoN15-4-2- 
1.4427X12CrNiMoS18-11- 
1.4428X2CrNiMoN18-13-3- 
1.4429X2CrNiMoN17-13-3 / X2CrNiMoN17-12-3EN 10028-7, EN 10088-1, -2, -3 ,-4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10269, EN 10272, EN 10296-2, EN 10297-2 
1.4430X2CrNiMo19-12- 
1.4431X12CrNiMo19-10- 
1.4432X2CrNiMo17-12-3EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10217-7, EN 10222-5, EN 10263-5, EN 10272, EN 10296-2, EN 10312 
1.4433X2CrNiMo18-14- 
1.4434X2CrNiMoN18-12-4EN 10028-7, EN 10088-1, -2, EN ISO 15510 
1.4435X2CrNiMo18-14-3EN 10028-7, EN 10088-1, -2, -3, -4,- 5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10272, EN 10297-2, EN 10312, EN ISO 15510 
1.4436X3CrNiMo17-13-3 / X3CrNiMo17-12-3EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10272, EN 10296-2, EN 10297-2, EN 10312, EN ISO 15510 
1.4437GX6CrNiMo18-12- 
1.4438X2CrNiMo18-15-4 / XCrNiMo19-14-4EN 10028-7, EN 10088-1, -2, -3, -4 ,-5, EN 10217-7, EN ISO 15510 
1.4439X2CrNiMoN17-13-5EN 10028-7, EN 10088-1,-2,-3,-4,-5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10272, EN 10296-2, EN 10297-2, EN 10312, EN ISO 15510 
1.4440X2CrNiMo18-16-5- 
1.4441X2CrNiMo18-15-3- 
1.4442X2CrNiMoN18-15-4- 
1.4443GX4CrNiMo19-11-3EN 10283 
1.4445X6CrNiMo19-13-4EN ISO 15510 
1.4446GX2CrNiMoN17-13-4EN 10283 
1.4447X5CrNiMo18-13- 
1.4448GX6CrNiMo17-13- 
1.4449X3CrNiMo18-12-3EN 10088-1, EN 10222-5, EN ISO 15510 
1.4452X13CrMnMoN18-14-3- 
1.4453X3CrNiMnMoN19-6- 
1.4454-- 
1.4455X2CrNiMnMoN20-16- 
1.4456X8CrMnMoN18-18-2- 
1.4457X9CrNiMoN17-5-3EN ISO 15510 
1.4458GX2NiCrMo28-20-2EN 10213, EN 10283 
1.4459X8CrNiMo23-13- 
1.4460X3CrNiMoN27-5-2EN 10088-1, -3, -5, EN 10250-4, EN 10297-2, EN ISO 15510 
1.4461X2CrNiMnMoN22-13-6- 
1.4462X2CrNiMoN22-5-3EN 10028-7, EN 10088-1, -2, -3, -4 ,-5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10270-3, EN 10272, EN 10297-2, EN 10312, 5512-3, EN ISO 15510 
1.4463GX6CrNiMo24-8-2- 
1.4464GX40CrNiMo27-5SEW 410 
1.4465X1CrNiMoNSEW 400 
1.4466X1CrNiMoN25-22-2EN 10028-7, EN 10088-1, -2,- 3, -4, -5, EN 10216-5, EN 10297-2, EN ISO 15510 
1.4467X2CrMnNiMoN26-5-4- 
1.4468GX2CrNiMoN25-6-3EN 10283, EN 10340 
1.4469GX2CrNiMoN26-7-4EN 10213, EN 10283 
1.4470GX2CrNiMoN22-5-3EN 10213, EN 10283 
1.4471GX3CrNiMoWCuN27-6-3-1SEW 410 
1.4472X4CrNiMnMo21-9-4- 
1.4473GX2CrNiMoN25-25-2- 
1.4474GX4CrNiMoN26-5-2EN 10283 
1.4475GX150CrNiMoCuN41-6-2- 
1.4476X3CrNiMo18-16-5EN ISO 15510 
1.4477X2CrNiMoN29-7-2EN 10088-1, -2, -3, -4, -5, EN 10297-2, EN ISO 15510 
1.4478X2NiCrMoN25-21-7EN ISO 15510 
1.4479X1NiCrMoMnM34-27-6-5EN ISO 15510 
1.4480X6CrNiMo26-4-2EN ISO 15510 
1.4481X2CrNiMoN25-7-3EN ISO 15510 
1.4482X2CrMnNiMoN21-5-3EN 10088-1, -2, -3 
1.4483X2CrNiMoN18-15-5EN ISO 15510 
1.4485X2CrNiMoN31-8-4EN ISO 15510 
1.4494X6CrNiMoS17-12-3EN ISO 15510 
1.4495X6CrNiMoN 17-12-3EN ISO 15510 
1.4496X4CrNiMoN 25-14-1EN ISO 15510 
1.4500GX7NiCrMoCuNb25-20- 
1.4501X2CrNiMoCuWN 25-7-4EN 10028-7, EN 10028-1, -2, -3, EN 10216-5, EN 10217-7, EN 10250-4, EN 10272, EN 10297-2, EN ISO 15510 
1.4502X8CrTi18- 
1.4503X3NiCrCuMoTi27-23- 
1.4504-WL 
1.4505X4NiCrMoCuNb20-18-2SEW 400 
1.4506X5NiCrMoCuTi- 
1.4507X2CrNiMoCuN25-6-3EN 10028-7, EN 10088-1, -2, -3, EN 10250-4, EN 10272, EN 10297-2, EN ISO 15510 
1.4510X3CrTi17EN 10028-7, EN 10088-1, -2 -4, EN 10296-2, EN 10297-2, EN 10312, EN ISO 15510 
1.4511X3CrNb17EN 10088-1, -2, -3, EN 10312, EN ISO 15510 
1.4512X2CrTi12EN 10088-1, -2, -4, EN 10296-2, EN 10297-2, DIN 5512-3, EN ISO 15510 
1.4513X2CrMoTi17-1 / X2CrMoNbTi 18-1EN 10028-7, EN 10088-1, -2, -4, EN ISO 15510 
1.4514-WL 
1.4515GX3CrNiMoCuN26-6-3SEW 410 
1.4516X6CrNiTi12EN 10028-7, EN 10088-1,-2, EN ISO 15510 
1.4517GX2CrNiMoCuN25-6-3-3EN 10213, EN 10283 
1.4519X2CrNiMoCu20-25- 
1.4520X2CrTi17EN 10028-7, EN 10088-1, -2, -3, EN ISO 15510 
1.4521X2CrMoTiEN 10028-7, EN 10088-1, -2, -4, EN 10296, EN 10312, EN ISO 15510 
1.4522X2CrMoNb18-2- 
1.4523X2CrMoTiS18-2EN 10088-1, -3, -5, EN ISO 15510 
1.4524-- 
1.4525GX5CrNiCu16-4EN 10283, EN 4216 
1.4526X6CrMoNb17-1EN 10028-7, EN 10088-1, -2, -3,- 4, EN 10296-2, EN ISO 15510 
1.4527GX4NiCrCuMo30-20-4EN 10283 
1.4528X105CrCoMo18-2- 
1.4529X1NiCrMoCuN25-20-7EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7,EN 10222-5, EN 10250-4, EN 10272, EN 10297-2, EN 10312, EN ISO 15510 
1.4530X1CrNiMoAlTi12-9-2EN 10088-1, -3, EN 4346, EN 4467, EN 4468, EN 4469, EN 4470, EN 4471, EN 4472, EN ISO 15510 
1.4531GX2NiCrMoCuN20-18- 
1.4532X8CrNiMoAl15-7-2EN ISO 15510 
1.4533X6CrNiTi18-10S- 
1.4534X3CrNiMoAl13-8-2EN 3359, EN 4347, EN 4461, EB 4462, EN 4463, EN 4464, EN 4465, EN 4466, EN ISO 15510, EN 3357, EN 3358 
1.4535X90CrCoMoV17- 
1.4536GX2NiCrMoCuN25-20SEW 410 
1.4537X1CrNiMoCuN25-25-5EN 10028-7, EN 10088-1, -2, -3, EN ISO 15510 
1.4538GX1NiCrMoCuN25-20-5SEW 410 
1.4539X1NiCrMoCu25-20-5EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10270-3, EN 10296-2, EN 10297-2, EN 10312, EN ISO 15510 
1.4541X6CrNiTi18-10EN 10028-7, EN 10088-1, -2, -3,- 4, -5, EN10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10270-3, EN 10296-2, EN 10297-2, EN 10312, EN 2573, EN 3480, EN 3487, EN 3488, EN 3816, 5512-3, EN ISO 15510 
1.4542X5CrNiCuNb16-4EN 10088-1, -2, -3, -4, -5, EN 10250-4, EN 3973, EN ISO 15510 
1.4543X3CrNiCuTiNb 12-9- 
1.4544-WL 
1.4545X5CrNiCu15-5EN 2815, EN 2817, EN 2818, EN 2821, EN 3361, EN 3364, EN 3469, EN 3479 
1.4546X5CrNiNb18-10WL 
1.4547X1CrNiMoCuN20-18-7EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10272, EN 10296-2, EN 10297-2, EN 10312, EN ISO 15510 
1.4548X5CrNiCuNb17-4-4EN 3160, EN 3161, EN 3162, EN 3163, EN 3677, EN 3678, EN 3889 
1.4549GX5CrNiCuNb16-4EN 3973, EN 4216, WL 
1.4550X6CrNiNb18-10EN 10028-7, EN 10088-1, -2,- 3, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10272, EN 10296-2, EN 10297-2, EN ISO 15510 
1.4551X5CrNiNb19-9- 
1.4552GX5CrNiNb19-11EN 10213, EN 10283 
1.4553X6CrNiNb18-10S- 
1.4554-WL 
1.4555X2CrNiNb21-10- 
1.4556X2CrNiNb24-12- 
1.4557GX2CrNiMoCuN20-18-6EN 10283 
1.4558X2NiCrAlTi 32-20EN 10088-1, EN 10216-5, EN 10297-2, SEW 400 
1.4559GX7NiCrMoCuNb 41-20- 
1.4560X3CrNiCu19-9-2EN 10088-1, -3, EN 10263-5 
1.4561X1CrNiMoTi18-13-2SEW 400 
1.4562X1NiCrMoCu32-28-7SEW 400 
1.4563X1NiCrMoCu31-27-4EN 10028-7, EN 10088-1, -2,- 3, -4, -5, EN 10216-5, EN 10217-7, EN 10250-4, EN 10272, EN 10297-2, EN ISO 15510 
1.4564 -WL 
1.4565X2CrNiMnMoN25-18-6-5EN 10088-1, -2, -3, -4 ,-5, SEW 400, EN ISO 15510,  
1.4566X3CrNiMnMoCuNbN23-17-5-30- 
1.4567X3CrNiCu18-9-4EN 10088-1, -3,- 5, EN 10263-5, EN 10269, EN ISO 15510 
1.4568X7CrNiAl17-7EN 10088-1, -2, -3, -4, -5, EN 10151, EN 10270-3, EN ISO 15510 
1.4569GX2CrNiMnMoNNb21-15-4-3SEW 410 
1.4570X6CrNiCuS18-9-2EN 10088-1, -3, EN ISO 15510 
1.4571X6CrNiMoTi17-12-2EN 10028-7, EN 10088-1, -2, -3, -4, -5, EN 10216-5, EN 10217-7, EN 10222-5, EN 10250-4, EN 10263-5, EN 10272, EN 10296-2, EN 10297-2, EN 10312, 5512-3, EN ISO 15510 
1.4572GX5CrNiMoNb23-9- 
1.4573GX3CrNiMoCuN 24-6-5SEW 410 
1.4574-WL 
1.4575X1CrNiMoMb28-4-2- 
1.4576X5CrNiMoNb19-12- 
1.4577X3CrNiMoTi25-25SEW 400 
1.4578X3CrNiCuMo17-11-3-2EN 10088-1, -3, -5, EN 10263-5, EN ISO 15510 
1.4579X6CrNiMoTi17-12-2S- 
1.4580X6CrNiMoNb17-12-2EN 10028-7, EN 10088-1, -2, -3, EN 10216-5, EN 10272, EN 10297-2, EN ISO 15510 
1.4581GX5CrNiMoNb19-11-2EN 10213, EN 1083, WL 
1.4582X4CrNiMoNb25-7- 
1.4583X10CrNiMoNb18-12- 
1.4584GX2NiCrMoCu25-20-5EN 10283 
1.4585GX7CrNiMoCuNb18-18- 
1.4586X5NiCrMoCuNb22-18- 
1.4587GX2NiCrMoCuN29-25-5EN 10283 
1.4588GX2NiCrMoCuN25-20-6EN 10283 
1.4589X5CrNiMoTi15-2EN 10088-1, -2, 5512-3, EN ISO 15510 
1.4590X2CrNbZr17EN 10088-1, -2, EN ISO 15510 
1.4591X1CrNiMoCuN33-32-1SEW 400 
1.4592X2CrMoTi29-4EN 10088-1,- 2, EN ISO 15510 
1.4593GX3CrNiMoCuN24-6-2-3SEW 410 
1.4594X5CrNiMoCuNb14-5EN 10088-1, -3, EN ISO 15510 
1.4595X1CrNb15EN 10088-1, -2, EN ISO 15510 
1.4596X1CrNiMoAlTi12-10-2EN 10088-1, -3, EN 4655, EN 4671, EN 4672, EN ISO 15510 
1.4597X8CrMnCuNb17-8-3 / X8 CrMnCuN17-8-3EN 10088-1, -2, -3, EN 10312, EN ISO 15510 
1.4598X2CrNiMoCuS17-10-2EN 10088-1, -3 
1.4600X2CrMnNiTi12EN 10088-1, -2 
1.4601X6CrNb12- 
1.4602X4CrCu17-1- 
1.4603X1CrTi17- 
1.4604X2CrTi20- 
1.4605X2CrAlTi18-2- 
1.4606X5NiCrTiMoVB25-15-2EN 10088-1, -3 
1.4607X2CrNbTi20EN 10088-1, -2 
1.4608X2CrCuMb18-2- 
1.4609X2CrMo19EN ISO 15510 
1.4610X8MnCrMoN22-18-3- 
1.4611X2CrTi 21EN 10088-1, -2, -3 
1.4612X1CrNiMoAlTi12-11-2EN 4656, EN 4657, EN 4658, EN 4659, EN 4670 
1.4613X2CrTi 24EN 10088-1, -2, -3 
1.4615X3CrMnNiCu15-8-5-3EN ISO 15510, EN 10088-1, -3 
1.4616X8CrMnCuNi16-9- 
1.4617X6CrNiMnCu17-8-4-2EN ISO 15510 
1.4618X9CrMnNiCu17-8-5-2EN ISO 15510, EN 10088-1,- 2 
1.4619X10CrMnNiCu20-8-3-2EN 10088-2 
1.4620X2CrNbTi21- 
1.4621X2CrNbCu21EN ISO 15510, EN 10088-1 
1.4623X1NiCrMoAlTi12-10-2- 
1.4625X12CrNiSe18-9EN ISO 15510 
1.4640X5CrNiCu19-6-2EN 10088-1, -2 
1.4642X13CrPb13EN ISO 15510 
1.4643X33CrPb13EN ISO 15510 
1.4644X4NiCrMoTiMnSiB26-14-3-2EN ISO 15510 
1.4645X2CrNiMoCuAlTi12-9-4-3EN ISO 15510 
1.4647X2CrNiMoCu18-14-2-2-EN ISO 15510 
1.4648X6CrNiSiCuMo19-13-3-3-1EN ISO 15510 
1.4649X6CrNiCu19-9-1EN ISO 15510 
1.4650X2CrNiCu19-10EN 10088-1, EN 10222-5, EN ISO 15510 
1.4651X6CrNiCuS18-9-4- 
1.4652X1CrNiMoCuN24-22-8EN 10088-1, -2, -3, EN ISO 15510 
1.4653X1MnCrMoCu25-17-1- 
1.6454X1CrNiMoMnNW24-22-6-3- 
1.4655X2CrNiCuN23-4EN 10088-1, -2 
1.4656X1NiCrMoCu22-20-5-2EN ISO 15510 
1.4657X4NiCrCuMo35-20-4-3EN ISO 15510 
1.4658X2CrNiMoCoN28-8-5-1EN ISO 15510, EN 10088-1 
1.4659X1CrNiMoCuNW24-22-6EN 10088-1, -2, -3, EN ISO 15510 
1.4660X6CrNiCuSiMo19-10-3-2EN ISO 15510 
1.4662X2CrNiMnMoCuN24-4-3-2EN 10088-1, -2 
1.4664X2CrCuTi18EN ISO 15510 
1.4665X6CrNiMoCu18-12-2-2EN ISO 15510 
1.4667X12CrNiCuS18-9-3EN ISO 15510 
1.4669X2CrCuNiN23-2-2EN 10088-1, -3 
1.47008CrSi7-7- 
1.470445SiCr16-11- 
1.4710GX30CrSi7EN 10295 
1.4712X10CrSi6- 
1.4713X10CrAlSi7EN 10088-1, EN 10095, SEW 400 
1.4716X8Cr9- 
1.4718X45CrSi9-3EN 10090 
1.4720X7CuTi12 / X2CuTi12SEW 470, EN ISO 155510 
1.4724X10CrAlSi13EN 10088-1, EN 10095, SEW 470, EN ISO 15510 
1.4725CrAl14 4 (X 8 CrAl 14-4)DIN 17470 
1.4729GX40CrSi13EN 10295 
1.4731X40CrSiMo10-2EN 10090 
1.4732X80CrSiMoW15-2- 
1.4735X1CrMbTiZr15- 
1.4736 X3CrAlTi18-2EN 10088-1, EN 10095 
1.4737X6CrAl18-4- 
1.4740GX40CrSi17EN 10296 
1.4742X10CrAlSi18EN 10088-1, EN 10095, SEW 470, EN ISO 15510 
1.4743GX160CrSi18EN 10295 
1.4745GX40CrSi24EN 10295 
1.4746X8CrTi25- 
1.4748X85CrMoV18-2EN 10090 
1.4749X18CrN28 / X15CrN 26EN 10088-1, EN 10095, EN 10297-2, EN ISO 15510 
1.4750X2CrMoN27-4-2EN ISO 15510 
1.4755X1CrWNbTiLa22-2- 
1.4760X1CrTiLa22- 
1.4761GX120CrSi23- 
1.4762X10CrAlSi25EN 10088-1, EN 10095, SEW 470, EN ISO 15510 
1.4763X8Cr24- 
1.4764X8CrAl19-3EN ISO 15510 
1.4765CrAl25 5 (X 8 CrAl 25-5)DIN 17470 
1.4766X80CrSiNi20-2EN ISO 15510 
1.4767CrAl20 5 (X 8 CrAl 20-5)DIN 17470 
1.4768X8CrAl19-6- 
1.4773X8Cr30- 
1.4776GX40CrSi28EN 10295 
1.4777GX130CrSi29EN 10295 
1.4785X60CrMnMoVNbN21-10- 
1.4805GX35NiCrSi25-21EN 10295 
1.4806GX40NiCrSi 35-17EN 10295 
1.4807GX40NiCrSiNb35-18EN 10295 
1.4815GX8CrNi 9-10- 
1.4818X6CrNiSiNCeEN 10088-1, EN 10095, EN 10296-2, EN ISO 15510 
1.4820X12CrNi26-5- 
1.4821X15CrNiSi25-4EN 10088-1, EN 10095, SEW 470 
1.4822GX40CrNi24-5- 
1.4823GX40CrNiSi27-4EN 10295 
1.4824X20CrNiN22-11EN ISO 15510 
1.4825GX25CrNiSi18-9EN 10295 
1.4826GX4CrNiS22-10EN 10295 
1.4827GX8CrNiNb19-10- 
1.4828X15CrNiSi20-12EN 10088-1, EN 10095, EN 10296-2, SEW 470, EN ISO 15510 
1.4829X12CrNi22-12- 
1.4830X35CrNiNb25-24- 
1.4832GX25CrNiSi20-14EN 10295 
1.4833X12CrNi23-13 / X18CrNi23-13EN 10088-1, EN 10095, EN 10296-2, EN 10297-2, SEW 470, EN ISO 15510 
1.4835X9CrNiSiNCe21-11-2 / X7 CrNiSiNCe21-11EN 10088-1, EN 10095, EN 10296-2, EN 10297-2, EN ISO 15510 
1.4837GX40CrNiSi25-12EN 10295 
1.4841X15CrNiSi25-21EN 10088-1, EN 10095, EN 10264-4, SEW 470, EN ISO 15510 
1.4842X12CrNi25-20- 
1.4843CrNi25 20 (X 16 CrNi 25-20)DIN 17470 
1.4845X8CrNi25-21EN 10088-1, EN 10095, EN 10296-2, EN 10297-2, SEW 470, EN ISO 15510 
1.4846X40CrNi25-21- 
1.4847X8CrNiAlTi20-20- 
1.4848GX40CrNiSi25-20EN 10295 
1.4849GX40NiCrSiNb38-19EN 10295 
1.4850X15NiCrNb32-21- 
1.4852GX40BiCrSiNb35-26EN 10295 
1.4853X40NiCrNb35-25- 
1.4854X6NiCrSiNCe35-25EN 10088-1, EN 10095, EN 10296-2, EN 10297-2, ENB ISO 15510 
1.4855GX40CrNiSiNb24-24EN 10295 
1.4856GX40NiCrSiNbTi35-25- 
1.4857GX40NiCrSi35-26EN 10295 
1.4859GX10NiCrSiNb32-20EN 10213, EN 10295 
1.4860NiCr 30 20 (X 16 NiCr 30-20)DIN 17470 
1.4861X10NiCr32-20- 
1.4862X8NiCrSi38-18- 
1.4863X12NiCr36-18- 
1.4864X12NiCrSi35-16 / X13NiCr35-16EN 10088-1, EN 10095, SEW 470, EN ISO 15510 
1.4865GX40NiCrSi38-19EN 10295 
1.4866X33CrNiMnN23-8EN 10090 
1.4867X40CrNiWSi15-14-3-2EN ISO 15510 
1.4869GX50NiCrCoW35-25-15-5EN 10295 
1.4870X53CrMnNiNbN21-9EN 10090 
1.4871X53CrMnNiN21-9EN 10090 
1.4872X25CrMnNiN25-9-7EN 10088-1, EN 10095 
1.4873X45CrNiW18-9- 
1.4874GX50NiCrCo20-20-20EN 10295 
1.4875X55CrMnNiN20-8EN 10090 
1.4876X10NiCrAlTi32-21 / X8NiCrAlTi 32-21EN 10088-1, EN 10095, EN 10297-2, SEW 470, EN ISO 15510 
1.4877X6NiCrMbCe32-27EN 10088-1, EN 10095 
1.4878X8CrNiTi18-10EN 10088-1, EN 10095, EN 10297-2, SEW 470, EN ISO 15510 
1.4879X30CrNiMoPb20-11-2EN ISO 15510 
1.4880GX45CrNiW18-9- 
1.4881X70CrMnNiN21-6- 
1.4882X50CrMnNiNbN21-9EN 10090 
1.4883X10CrNiCoMoN22-20-18- 
1.4884X6CrNiSi18-13-4EN ISO 15510 
1.4885X12CrNiMoNb20-15- 
1.4886X10NiCrSi35-19EN 10088-1, EN 10095 
1.4887X10NiCrSiNb35-22EN 10088-1, EN 10095 
1.4888X10NiCrSiLa38-22- 
1.4889GX40NiCrNb45-35EN 10295 
1.4890X53CrMnNiN21-9-4EN ISO 15510 
1.4901X10CrWMoVNb9-2EN 10216-2 
1.4902X14CrMoVNbN10-1SEW 555 
1.4903X10CrMoVNb9-1EN 10028-2, EN 10088-1, EN 10216-2, EN 10222-2, EN 10302 
1.4905X11CrMoWVNb9-1-1EN 10088-1, EN 10216-2, EN 10302 
1.4906X12CrMoWVNbN10-1-1SEW 555 
1.4907X10CrNiCuNb18-9-3- 
1.4908X8CrNi19-11- 
1.4909X2CrNiMoN17-12-2- 
1.4910X3CrNiMoBN17-13-3EN 10028-7, EN 10088-1, EN 10216-5, EN 10222-5, EN 10269, EN 10302, EN ISO 15510 
1.4911X8CrCoNiMo10-6EN 10088-1, EN 10302, WL 
1.4912X7CrNiNb18-10EN 10088-1, EN 10216-5, EN 10222-5, EN ISO 15510 
1.4913X19CrMoNbVN11-1EN 10088-1, EN 10269, EN 10302 
1.4914-WL 
1.4915X12CrCoWMoVNb- 
1.4916X18CrMnMoNbVN12EN ISO 15510 
1.4917X10CrNiCuNb19-11-3- 
1.4918X6CrNiMo17-13-2EN 10088-1, EN 10216-5 
1.4919X6CrNiMoB17-12-2EN 10088-1, EN 10269, EN 10302 
1.4920X15CrMo12-1- 
1.4921X19CrMo12-1- 
1.4922X20CrMoV11-1EN 10088-1, EN 10216-2, EN 10222-2, EN 10302 
1.4923X22CrMoV 12-1EN 10088-1, EN 10269, EN 10302, EN ISO 15510 
1.4924-WL 
1.4925X20CrMoNV15-1- 
1.4926X21CrMoV12-1SEW 555 
1.4928GX12CrNiMoCoVN 12-3-2WL 
1.4929X23CrMoWMnNiV12-1-1EN ISO 15510 
1.4930GX14CrCoMo13-10WL 
1.4931GX23CrMoV 12-1EN 10213, EN 10293 
1.4933-WL 
1.4934-WL 
1.4935X20CrMoWV12-1EN 10088-1, EN 10302, WL 
1.4936X24CrMoWV12-1- 
1.4937X23CrMoWV12-1- 
1.4938X12CrNiMoV12-3EN 10088-1, EN 10269, EN 10302 
1.4939X12CrNiMoN12WL 
1.4940X7CrTi18-10EN 10088-1, EN 10216-5, EN ISO 15510 
1.4941X6CrNiTiB18-10EN 10028-7, EN 10088-1, EN 10216-5, EN 10222-5, EN 10269, EN 10302, EN ISO 15510 
1.4943X4NiCrTiMoV26-15EN 2399, EN 4314, EN 4335, WL 
1.4944X6NiCrTiMoV26-15EN 2398, EN 4315, EN 4317, EN 4318, WL 
1.4945X6CrNiWNbN16-16EN 10088-1, EN 10302 
1.4948X6CrNi18-10 / X7CrNi18-9EN 10028-7, EN 10088-1, EN 10216-5, EN 10222-5, EN 10269, EN ISO 15510 
1.4950X6CrNi23-13EN 10028-7, EN 10088-1, EN ISO 15510 
1.4951X6CrNi25-20EN 10028-7, EN 10088-1, EN 10272, EN 10302, EN ISO 15510 
1.4952X6CrNiNbN25-20- 
1.4954-WL 
1.4956X7CrNiCo21-20-20WL 
1.4957GX15CrNiCo21-20-20WL 
1.4958X5NiCrAlTi31-20EN 10028-7, EN 10088-1, EN 10216-5, EN 10302, EN ISO 15510 
1.4959X8NiCrAlTi32-21EN 10028-7, EN 10088-1, EN 10216-5, EN 10302, EN ISO 15510 
1.4960X40CrNiCoNb13-13- 
1.4961X8CrNiNb16-13EN 10028-7, EN 10088-1, EN 10216-5, EN 10302, EN ISO 15510 
1.4962X12CrNiWTiB16-13EN 10088-1, EN 10302 
1.4968GX7CrNiNb16-13- 
1.4971X12CrCoNi21-20EN 10088-1, EN 10302, EN ISO 15510 
1.4974-WL 
1.4980X6NiCrTiMoVB25-15-2EN 10088-1, EN 10269, EN 10302, EN ISO 15510 
1.4981X8CrNiMoNb16-16EN 10088-1, EN 10216-5, EN 10302 
1.4982X10CrNiMoMnNbVB15-10-1EN 10088-1, EN 10216-5, EN 10269, EN ISO 15510 
1.4983X6CrNiMoTiB17-13EN 10088-1, EN 10302 
1.4984-WL 
1.4986X7CrNiMoBNb16-16EN 10088-1, EN 10269 
1.4988X8CrNiMoVNb16-13EN 10088-1, EN 10216-5, EN 10302 
1.5015G8Mn7- 
1.502148Si7EN 10132-4 
1.502338Si7EN 10089 
1.502446Si7EN 10089 
1.502551Si7- 
1.502656Si7EN 10089, EN 10132-4 
1.502760Si7- 
1.502865Si7- 
1.502971Si7- 
1.506730Mn7- 
1.506936Mn7- 
1.508551Mn7- 
1.508612Mn8- 
1.508913Mn12- 
1.51119MnSi5- 
1.511210MnSi5- 
1.51138MnSi7EN 10263-2 
1.51148MnSi8- 
1.512038MnSi4- 
1.5121G46MnSi4- 
1.512237MnSi5- 
1.5123G38MnSi4- 
1.5124G37MnSi5- 
1.512511MnSi6- 
1.512612MnSi5- 
1.512810MnSi5-4- 
1.513010MnSi7- 
1.513150MnSi4- 
1.514153MnSi4- 
1.521315MnV5- 
1.521517MnSiV5- 
1.521720MnV6- 
1.521822MnV6- 
1.521941MnV5- 
1.522342MnV7- 
1.53108SiTi4- 
1.540215MnMoV4-5EN 10222-2 
1.540317MnMoV6-4- 
1.540421MoV5-3- 
1.540517MnMoCrV3-6- 
1.540617MnV8-4- 
1.540710MnMoCrV4-7- 
1.540830MoB1EN 10263-4 
1.5410G10MnMoV6-3EN 10293, EN 10340 
1.541418MnMo4-5EN 10028-2, EN 10088-1, EN 10216-2, EN 10222-2, EN 10302 
1.541516Mo3EN 10028-2, EN 10216-2, EN 10217-2, -5, EN 10222-3, EN 10273 
1.541726Mo2EN10305-1 
1.541837Mo2EN 10263-4 
1.5419G20Mo5EN 10213, EN 10293 
1.542027MnMo3-3- 
1.542120MnMo3-5- 
1.5422G18Mo5EN 10213 
1.542316Mo5 - 
1.542410MnMo4-5- 
1.542511MnMo4-5- 
1.542613MnMo6-5- 
1.542713MnMo8-5- 
1.542813MnMo12-5- 
1.542922Mo4- 
1.5430G8MnMo7-4- 
1.5431G12MnMo7-4SEW 520 
1.543242MnMo7- 
1.54508MoB5-4EN 10216-3 
1.546526MnMoB6-4- 
1.550115B2EN 10263-3 
1.550217B2EN 10263-4 
1.550318B2EN 10263-3 
1.550617MnB3- 
1.550723MnB3- 
1.550823B2EN 10263-4 
1.550922B2- 
1.551028B2EN 10263-4 
1.551135B2EN 10269 
1.551345B2- 
1.551433B2EN 10263-4 
1.551538B2EN 10263-4 
1.55197MnB8- 
1.552017MnB4EN 10263-4 
1.552118MnB4EN 10263-3 
1.552222MnB4EN 10263-3 
1.552319MnB4EN 10269 
1.552437MnB4- 
1.552520MnB4EN 10263-4 
1.552630MnB4EN 10263-4 
1.552740MnB4- 
1.552822MnB5- 
1.552927MnB5- 
1.553020MnB5EN 10083-3, EN 10343 
1.553130MnB5EN 10083-3 
1.553238MnB5EN 10083-3 
1.553325MnB5 
1.553523MnB4EN 10263-4 
1.553627MnB4EN 10263-4 
1.553736MnB4EN 10263-4 
1.553837MnB5EN 10263-4 
1.561324Ni4- 
1.562034Ni5- 
1.5621G10Ni6SEW 685 
1.562214Ni6- 
1.563324Ni8- 
1.563475Ni8EN 10132-4 
1.563512Ni9- 
1.5636G9Ni10EN 10213 
1.563712Ni14EN 10028-4, EN 10216-4, EN 10222-3 
1.5638G9Ni14EN 10213, EN 10293 
1.5662X8Ni9EN 10028-4, EN 10222-3, EN 10269 
1.5663X7Ni9EN 10028-4 
1.5680X12Ni5EN 10028-4, EN 10216-4, EN 10222-3, EN 10269 
1.5681GX9Ni5EN 10293 
1.5682X10Ni9EN10216-4 
1.570112NiCr3-2EN 10263-3 
1.571140NiCr6- 
1.571313NiCr6- 
1.571416NiCr4EN 10084 
1.571516NiCrS4EN 10084, EN 10277-4 
1.575215NiCr14EN 10084, EN 10277-4, BWB WL 
1.580510NiCr5-4EN 10084, EN 10263-3 
1.580715NiCr6-4- 
1.581018NiCr5-4EN 10084 
1.581535NiCr6EN 10083-3, EN 2438 
1.586014NiCr18BWB WL 
1.591817CrNi6-6EN 10084, EN 10263-3 
1.591915crNi6 (17CrNi6-6) DIN 17115 
1.592018CrNi8- 
1.5921G15CrNi6- 
1.5924-WL 
1.5934-WL 
1.621015MnNi6-3SEW 028 
1.621116MnNi6-3SEW 028 
1.621211MnNi5-3EN 10028-4, EN 10216-4 
1.621312MnNi6-3- 
1.62159MnNi4- 
1.621617MnNi4- 
1.621713MnNi6-3EN 10028-4, EN 10216-4, EN 10222-3 
1.6219G22MnNi5- 
1.6220G20Mn5EN 10213, EN 10293, EN 10340 
1.6221G13MnNi6-4- 
1.622511NiMn5-4- 
1.622711NiMn9-4- 
1.622815NiMn6EN 10028-4, EN 10222-3 
1.630818MnMoNi5-5EN 10222-2 
1.6309G20MnMoNi5-5SEW 520 
1.631020MnMoNi5-5SEW028 
1.631120MnMoNi4-5EN 10028-2, EN 10250-3, SEW 028, SEW 550 
1.631210NiMnMo6-5- 
1.631310NiMnMoCr6-6- 
1.634111NiMoV5-3SEW 028 
1.634312MnNiMo5-5- 
1.634726NiMoV14-4- 
1.634820NiMoV14-5- 
1.6349X7NiMo6- 
1.6351GX2NiCoMoTi17-10WL 
1.6354-WL 
1.6355X2NiCoMo18-12- 
1.6356X2NiCoMoTi18-12-4- 
1.6359X2NiCoMo18-8-5EN 3529, EN 3531, EN 3532 
1.636815NiCuMoNb5-6-4EN 10028-2, EN 10216-3, SEW 028 
1.636915NiCuMoNb5S- 
1.651039niCr3EN 10083-3, EN 10277-5 
1.651136CrNiMo4EN 10250-3, EN 10297-1 
1.6512G36CrNiMo4- 
1.651328NiCrMo4- 
1.6515G25CrNiMo4- 
1.652220NiCrMo2EN ISO 683-17 
1.652320NiCrMo2-2EN 10084, EN 10263-3, EN 10297-1 
1.652620NiCrMoS2-2EN 10084, EN 10263-3, EN 10277-4, EN 10297-1 
1.652720NiCrMo3DIN 17115 
1.654023MnNiCrMo5-3DIN 17115 
1.654123MnNiCrMo5-2DIN 17115, DIN 22252 
1.654530NiCrMo2-2- 
1.654640NiCrMo2-2- 
1.6552G24CrNiMo3-2-5- 
1.656240NiCrMo8-4- 
1.656341NiCrMo7-3-2EN 10263-4, EN 10269, EN 10297-1 
1.656540NiCrMo6- 
1.656617NiCrMo6-4EN 10084 
1.656830CrNiMo5-5- 
1.656917NiCrMoS6-4EN 10084, EN 10277-4 
1.6570G32NiCrMo8-5-4EN 10293 
1.657120NiCrMoS6-4EN 10084, EN 10263-3 
1.6579G35CrNiMo6-6EN 10293 
1.658030CrNiMo8EN 10083-3, EN 10250-3, EN 10269, EN 10297-1, SEW 550 
1.658234CrNiMo6EN 10083-3, EN 10250-3, EN 10263-4, EN 10269, EN 10277-5, EN 10343, SEW 550 
1.658335CrNiMo6- 
1.658631CrNiMo8- 
1.658718CrNiMo7-6EN 10084, EN ISO 683-17 
1.658934CrNiMo6S- 
1.6604-WL 
1.665532NiCrMo12-5- 
1.665714NiCrMo13-4EN 10084, WL 
1.6658-WL 
1.665931NiCrMo13-4- 
1.666020NiCrMo13-4EN 10084 
1.6722-WL 
1.672315NiCrMo16-5WL 
1.673228NiCrMo5-5- 
1.673930NiCrMo9-5- 
1.6740G33NiCrMo7-4-4- 
1.674220NiCrMo14-6- 
1.674332NiCrMo10-4- 
1.674540NiMoCr10-5- 
1.674632NiCrMo14-5 
1.674730NiCrMo16-6EN 10083-3, EN 2478 
1.6748G40NiCrMo6-5-6- 
1.674923CrNiMo7-4-7SEW 555 
1.6750G20NiMoCr4EN 10293, SEW 685 
1.675122NiMoCr3-7- 
1.675323MnNiMoCr6-4- 
1.675522NiMoCr4-7SEW 550 
1.675720NiMoCr6-5- 
1.675823MnNiMoCr5-417115 
1.6759G18NiMoCr3-6EN 10340, SEW 520 
1.6760G22NiMoCr5-6SEW 520 
1.6761G18NiMoCr3-7- 
1.6762G17NiMoCr3-6- 
1.67708CrMoNiNb9-10 
1.6771G30NiCrMo14EN 10293 
1.677220NiCrMo14-5- 
1.677336NiCrMo16EN 10083-3, EN 10250-3, EN 2480, EN 2481, EN 2482, EN 2483 
1.6779G14NiCrMo10-6SEW 520, SEW 685 
1.678015NiCrM010-6BWB WL 
1.6781G17NiCrMo13-6EN 10213, EN 10293, SEW 520 
1.678216NiCrMo12-6BWB WL 
1.6783G19NiCrMo12-6- 
1.678412NiMoCr17-4- 
1.67853NiMoCr12-20- 
1.6786G15NiCrMo10-6BWB WL 
1.6787G16NiCrMo12-6BWB WL 
1.6788G12NiCrM017BWB WL 
1.6902GX6CrNi18-10SEW 685 
1.6908X2NiCrMoTi10-10-5- 
1.6909X5CrMnNiN18-9- 
1.6910X2CrNiMoBe13-8-1- 
1.691911NiMnCrMo5-5- 
1.692015MnCrMoNiV5-3EN 10222-2 
1.692638NiCrMoV7-3- 
1.692841SiNiCrMoV7-6- 
1.693126NiCrMoV8-5- 
1.693228NiCrMoV8-5EN 10250-3, SEW 550 
1.693535CrNiMoV8- 
1.694332NiCrMoV12-3BWB WL 
1.6944-WL 
1.694522CrMoNiWV8-8SEW 555 
1.694630CrMoNiV5-11SEW 555 
1.694730NiCrMo14-5- 
1.694827NiCrMoV11-6SEW 555 
1.694935NiCrMoV11-5- 
1.695132NiCrMoV14-5- 
1.695224NiCrMoV14-6- 
1.695326NiCrMo14-5- 
1.695532NiCrMoV10- 
1.695633NiCrMoV14-5EN 10250-3, SEW 550 
1.695727NiCrMoV15-6SEW 555 
1.695826NiCrMo14-6- 
1.695935NiCrMoV12-5BWB WL 
1.6960X1CrNiCoMo13-8-5- 
1.696124NiCrMoV10-10SEW 555 
1.696225NiCrMoV12-7SEW 555 
1.696327NiCrMoV16-7SEW 555 
1.6964-WL 
1.6974-WL 
1.6978X15CrMoVN10-1- 
1.697920CrMoNiV4-7- 
1.698121CrMoNiV4-7- 
1.6982GX3CrNi13-4EN 10213, EN 10293 
1.6983GX3CrNiMo16-5SEW 685 
1.698528CrMoNiV4-9SEW 555 
1.700138Cr 1- 
1.700246Cr1- 
1.700338Cr2EN 10083-3, EN 10250-3, EN 10263-4 
1.700646Cr2EN 10083-3, EN 10250-3, EN 10263-4 
1.700737CrB1- 
1.701417CrS3EN 10084, EN 10263-3 
1.701515Cr3- 
1.701617Cr3EN 10084, EN 10132-2, EN 10263-3 
1.701765Cr3- 
1.702032Cr2- 
1.702132CrS2- 
1.702546CrS2- 
1.702720Cr4EN ISO 683-17 
1.702820CrS4- 
1.703028Cr4EN 10084 
1.703334Cr4EN 10083-3, EN 10250-3, EN 10263-4 
1.703437Cr4EN 10083-3, EN 10250-3, EN 10263-4 
1.703541Cr4EN 10083-3, EN 10250-3, EN10263-4, EN 10297-1 
1.703628CrS4EN 10084 
1.703734CrS4EN 10083-3, EN 10277-5 
1.703837CrS4EN 10083-3 
1.703941CrS4EN 10083-3, EN 10263-4, EN 10277-5 
1.707632CrB4EN 10263-4 
1.707736CrB4EN 10263-4 
1.710254SiCr6EN 10089 
1.710367SiCr5- 
1.710455SiCr6-3- 
1.710656SiCr7EN 10089 
1.710861SiCr7EN 10089 
1.711642MnNiCrB4-3- 
1.711752SiCrNi5EN 10089 
1.712120CrMnS3-3- 
1.713116MnCr5EN 10084, EN 10132-2, EN 10263-3, EN 10297-1 
1.7132G16MnCr5- 
1.71358MnCrB3- 
1.713852MnCrB3- 
1.713916MnCrS5EN 10084, EN 10263-3, EN 10277-4, EN 10297-1 
1.7140G47CrMn6- 
1.714216MnCrPb5- 
1.714720MnCr5EN 10084 
1.714830MnCrB4-2- 
1.714920MnCrS5EN 10084, EN 10263-3, EN 10277-4 
1.7150G20MnCr5- 
1.715127MnCrS5- 
1.716016MnCrB5EN 10084, EN 10263-3, EN 10277-4 
1.716818MnCrB5- 
1.717655Cr3EN 10089 
1.717760cR3EN 10089 
1.718227MnCrB5-2EN 10083-3, EN 10343 
1.718533MnCrB5-2EN 10083-3 
1.718621MnCrB5-4- 
1.718939MnCrB6-2EN 10083-3 
1.720112CrMo4EN 10263-3 
1.720237CrMo4EN 10263-4 
1.721325CrMoS4EN 10083-3, EN 10263-4, EN 10277-5 
1.721630CrMo4EN 10287-1 
1.721825CrMo4EN 10083-3, EN 10132-3, EN 10216-2, EN 10250-3, EN 10263-4, EN 10269, EN 10297-1, EN 10305-1, EN 10343, EN 2205, EN 2206, EN 2209, EN 2542, EN 2543 
1.721926CrMo4-2EN 10216-4 
1.722034CrMo4EN 10083-3, EN 10132-3, EN 10250-3, EN 10263-4, EN 10297-1, EN 2446, EN 2448, EN 3330, SEW 550, WL 
1.7221G26CrMo4EN 10293, SEW 685 
1.722242CrMoPb4- 
1.7224-WL 
1.722542CrMo4EN 10083-3, EN 10132-3, EN 10250-3, EN 10263-4, EN 10269, EN 10297-1, EN 10305-1, EN 10343, SEW 550 
1.722634CrMoS4EN 10083-3 
1.722742CrMoS4EN 10083-3, EN 10263-4, EN 10277-5 
1.722850CrMo4EN 10083-3, EN 10250-3, EN 10343, SEW 550 
1.7230G34CrMo4EN 10293 
1.7231G42CrMo4EN 10293, SEW 835 
1.7232G50CrMo4SEW 835 
1.723342CrMo5-6EN 10269 
1.723960CrMo3-1EN 10089 
1.724060CrMo3-2EN 10089 
1.724160CrMo3-3EN 10089 
1.724216CrMo4- 
1.724318CrMo4EN 10084, EN 10250, EN 10263-3 
1.724418CrMoS4EN 10084, EN 10263-3 
1.7254-WL 
1.725523CrMo5- 
1.725824CrMo5SEW 550 
1.725926CrMo7- 
1.726215CrMo5- 
1.726330CrMo5-2- 
1.726420CrMo5- 
1.727011CrMoV3-4- 
1.727123CrMoB3-3- 
1.727231CrMoB2-1EN 10263-4 
1.727324CrMo10- 
1.727510CrMoBS5- 
1.727610CrMo11- 
1.72787CrMoBS- 
1.728116crMo9-3- 
1.730512CrMo11-10- 
1.731120CrMoS2- 
1.731537CrMoS3- 
1.731920MoCrS3EN 10084 
1.732020MoCr3EN 10084 
1.732120MoCr4EN 10084, EN 10263-3 
1.732320MoCrS4EN 10084, EN 10263-3 
1.7324-WL 
1.732525MoCr4- 
1.732625MnCrS4- 
1.733217CrMo3-5- 
1.733322CrMoS3-5EN 10084 
1.7334-WL 
1.733513CrMo4-5EN 10028-2, EN 10216-2, EN 10222-2, EN 10273 
1.733613CrMoSi5-5EN 10028-2 
1.733716CrMo4-4- 
1.733810CrMo5-5EN 10216-2 
1.733911CrMo5-5- 
1.734012MnCrMo8-4- 
1.7341G34CrMo4-4- 
1.73459CrMo4-5- 
1.734611CrMo4-5- 
1.735022CrMo4-4- 
1.7352G18CrMnMo5-5SEW 520 
1.7354G22CrMo5-4- 
1.7355G17CrMnMo5-5- 
1.7357G17CrMo5-5EN 10213, EN 10293 
1.735812CrMo8-5- 
1.736031CrMo12-5- 
1.736132CrMo12EN 10250-3, EN 3476, EN 3507, SEW 550 
1.7362X12CrMo5EN 10028-2, EN 10216-2, SEW 028 
1.7365GX15CrMo5EN 10213 
1.7366X16CrMo5-1EN 10222-2 
1.7368X12CrMo7- 
1.7373X7CrMo6-1- 
1.7374X11CrMo6-1- 
1.737512CrMo9-10EN 10028-2 
1.7377G15CrMo9-10SEW 685 
1.73787CrMoVTiB10-10EN 10216-2 
1.7379G17CrMo9-10EN 10213, EN 10293, SEW 520 
1.738010CrMo9-10EN 10028-2, EN 10216-2, EN 10273 
1.7382G19CrMo9-10- 
1.738311CrMo9-10EN 10216-2, EN 10222-2, EN 10273 
1.73847CrMo11-10- 
1.73856CrMo9-10- 
1.7386X11CrMo9-1EN 10216-2 
1.7387G12CrMo9-10- 
1.7388X7CrMo9-1- 
1.7390X15CrMo5-1EN 10269 
1.751122CrV3- 
1.754165CrV3- 
1.770152CrMoV4EN 10089 
1.770313CrMoV9-10EN 10028-2 
1.7706G17CrMoV5-10EN 10213 
1.770730CrMoV9EN 10250-3 
1.770921CrMoV5-7EN 10269 
1.7710G15CrMoV6-9EN 10293 
1.771140CrMoV4-6EN 10269 
1.771514MnV6-3EN 10216-2, EN 10222-2 
1.771611MnCrV7-2-4- 
1.7720G12MoCrV5-2EN 10213 
1.7725G30CrMoV6-4EN 10293 
1.772816CrMoV4- 
1.772920CrMoVTiB4-10EN 10269 
1.773324CrMoV5-5- 
1.7734-WL 
1.773514CrMoV6-9- 
1.7736-- 
1.773745CrMoV6-7- 
1.7744-WL 
1.774515CrMoV5-10- 
1.7755G35CrMoV10-4- 
1.7756G36CrMoV10-4- 
1.776532CrMoV12-10BWB WL 
1.776617CrMoV10- 
1.776712CrMoV12-10EN 10028-2 
1.777920CrMoV13-5-5EN 10216-2 
1.7783X41CrMoV5-1- 
1.7784-WL 
1.790116CrMnMo8-7-5- 
1.791032MnCrMo6-4-3- 
1.792525CrMnMoNi8-7-5-4- 
1.792623MnMoCrNi12-4-2-2- 
1.795010MnCrMoV5-5-5-2- 
1.795116CrMnMoV8-7-5-2- 
1.806246SiCrMo6EN 10089 
1.806350SiCrMo6EN 10089 
1.807021CrMoV5-11- 
1.807510CrSiMoV7- 
1.815145SiCrV6-2EN 10089 
1.815254SiCrV6EN 10089 
1.815360SiCrV7EN 10089 
1.8154-WL 
1.815849CrV3-2- 
1.815951CrV4EN 10083-3, EN 10089, EN 10132-4, EN 10250-3, EN 10277-5, EN 10343 
1.8160G51CrV4- 
1.816158CrV4- 
1.816227MnCrV4- 
1.82017CrWVMoNb 9-6EN 10216-2 
1.840130MnCrTi4- 
1.840460MnCrTi4- 
1.840570MnCrTi8- 
1.8425110MnCrTi- 
1.850532CrAlMo7-10EN 10085 
1.850634CrAlS5- 
1.850734CrAlMo5-10EN 10085 
1.850941CrAlMo7-10EN 10085 
1.8514-WL 
1.851531CrMo12EN 10085 
1.851624CrMo13-6EN 10085 
1.851931CrMoV9EN 10085 
1.852115CrMoV5-9- 
1.852233CrMoV12-9EN 10085 
1.852340CrMoV13-9EN 10085, EN 10250-3, EN 3969, EN 3971, EN 3972, EN 4098 
1.85248CrMoV16-5- 
1.8544-WL 
1.854533CrMoNiV5-12- 
1.855034CrAlNi7EN 10085 
1.8564-WL 
1.8700L175EN ISO 3183 
1.870120MnCr 5-3- 
1.870221MnCr 5-4- 
1.870320MNCr 6-4- 
1.870420MnCr 6-5- 
1.87052MnCr 6-5- 
1.87062MnCr 7-5- 
1.8707L175 PEN ISO 3183 
1.870820MnCrNiMo 6-3- 
1.870916CrMo5-2- 
1.871021CrMo5-2- 
1.871121MnCr4-3- 
1.871216MnCr5-3- 
1.8713L210EN ISO 3183 
1.871418MnCr4-3- 
1.871517MnCr5-3- 
1.871616MnCrMi3-2- 
1.871716MnCrMi4-3- 
1.871817NiCrMnMo5-5- 
1.871915MnCrMo3-2- 
1.872018MnCr5-3- 
1.872126MnCr6-3- 
1.872224MnCr5-5- 
1.8723L245EN ISO 3183 
1.8724L390EN ISO 3183 
1.8725L415EN ISO 3183 
1.8726L450EN ISO 3183 
1.8727L485EN ISO 3183 
1.8728L290EN ISO 3183 
1.8729L320EN ISO 3183 
1.8730L360EN ISO 3183 
1.873125MnCr4-3- 
1.873428MnCr4-3- 
1.873540MnCrNiM 6-6-6- 
1.8736L415NEN ISO 3183 
1.8737L245QEN ISO 3183 
1.8738L290QEN ISO 3183 
1.8739L320QEN ISO 3183 
1.8740L390QEN ISO 3183 
1.8741L360QEN ISO 3183 
1.8742L415QEN ISO 3183 
1.8743L450QEN ISO 3183 
1.8744L485QEN ISO 3183 
1.8745L555QEN ISO 3183 
1.8746L245MEN ISO 3183 
1.8747L290MEN ISO 3183 
1.8748L320MEN ISO 3183 
1.8749L360MEN ISO 3183 
1.8750S420NHEN 10210-1 
1.8751S420NLHEN 10210-1 
1.8752L415MEN ISO 3183 
1.8753L625MEN ISO 3183 
1.8754L450MEN ISO 3183 
1.8755L830MEN ISO 3183 
1.8756L485MEN ISO 3183 
1.8757L360NSEN ISO 3183 
1.8758L555MEN ISO 3183 
1.8759L360QSEN ISO 3183 
1.8760L390QSEN ISO 3183 
1.8761L415QSEN ISO 3183 
1.8762L450QSEN ISO 3183 
1.8763L485QSEN ISO 3183 
1.8764L625QEN ISO 3183 
1.8765L690QEN ISO 3183 
1.8766L415MSEN ISO 3183 
1.8767L450MSEN ISO 3183 
1.8768L485MSEN ISO 3183 
1.8770S800QL- 
1.7771L360Q0EN ISO 3183 
1.8772L390Q0EN ISO 3183 
1.8773L415Q0EN ISO 3183 
1.8774L450Q0EN ISO 3183 
1.8775L485Q0EN ISO 3183 
1.8776L555Q0EN ISO 3183 
1.8777L625Q0EN ISO 3183 
1.8778L360Q0EN ISO 3183 
1.8779L690Q0EN ISO 3183 
1.8780S800QL1- 
1.8781L360M0EN ISO 3183 
1.8782L390M0EN ISO 3183 
1.8783L415M0EN ISO 3183 
1.8784L450M0EN ISO 3183 
1.8785L485M0EN ISO 3183 
1.8786L555M0EN ISO 3183 
1.8788L245REN ISO 3183 
1.8789L290REN ISO 3183 
1.8790L245NEN ISO 3183 
1.8791L290NEN ISO 3183 
1.8792L320NEN ISO 3183 
1.8793L360NEN ISO 3183 
1.8795S790QL- 
1.8796S890G1QL- 
1.8797S960G1QL- 
1.8801S355G2+NEN 10025 
1.8802S355G3+NEN 10025 
1.8803S355G4 (+M)EN 10025 
1.8804S355G5+MEN 10025 
1.8805S355G6+MEN 10025 
1.8806S355G11 (+M) (+N)EN 10025 
1.880713MnNiMo5-4SEW 028 
1.8808S355G7+M (+N)EN 10025 
1.8809S355G12 (+M) (+N)EN 10025 
1.8810S355G8+M (+N)EN 10025 
1.8811S355G9+M (+N)EN 10025 
1.881218MnMoV5-2SEW028 
1.8813S355G10+M (+N)EN 10025 
1.8814S355G1 (+N)EN 10025 
1.881518MnMoV6-3SEW 028 
1.8816B1100- 
1.8818S275MEN 10025-4 
1.8819S275MLEN 10025-4 
1.8821P355MEN 10028-5 
1.8822S355G1M- 
1.8823S355MEN 10025-4 
1.8824P420MEN 10028-5 
1.8825S420MEN 10025-4 
1.8826P460MEN 10028-5 
1.8827S460MEN 10025-4 
1.8828P420ML2EN 10028-5 
1.8829S500Mni 
1.8830S420G1M+ (+QT)EN 10025 
1.8831P460ML2EN 10028-5 
1.8832P355ML1EN 10028-5 
1.8833P355ML2EN 10028-5 
1.8834S355MLEN 10025-4 
1.8835P420ML1EN 10028-5 
1.8836S420MLEN 10025-4 
1.8837P460ML1EN 10028-5 
1.8838S460MLEN 10025-4 
1.8839S500ML- 
1.8840GL-F32 / GL-FH32 (S315G4S)- 
1.8841GL-F36 / GL-FH36 (S355G4S)- 
1.8842GL-F40 / GL-FH40 (S390G4S) 
1.8843S275MHEN 10219-1 
1.8844S275MLHEN 10219-1 
1.8845S355MHEN 10219-1 
1.8846S355MLHEN 10219-1 
1.8847S420MHEN 10219-1 
1.8848S420MLHEN 10219-1 
1.8849S460MHEN 10219-1 
1.8850S460MLHEN 10219-1 
1.8851S420G3 (+M9)EN 10225 
1.8852S420G6+QTEN 10225 
1.8853S420G5+QTEN 10225 
1.8856S420G03- 
1.8857S420G2+M (+QT)EN 10225 
1.8859S420G4 (+M)EN 10225 
1.8860P690G1QL1- 
1.8861St85/105, St90/119- 
1.8863St145/160- 
1.8864P460QL2EN 10028-6 
1.8865P500QL2EN 10028-6 
1.8866P355QEN 10028-6 
1.8867P355QHEN 10028-6, EN 10273 
1.8868P355QL1EN 10028-6 
1.8869P355QL2EN 10028-6 
1.8870P460QL2EN 10028-6 
1.8871P460QHEN 10028-6, EN 10273 
1.8872P460QL1EN 10028-6 
1.8873P500QEN 10028-6 
1.8874P500QHEN 10028-6, EN 10273 
1.8875P500QL1EN 10028-6 
1.8876P620QEN 10216-3 
1.8877P620QHEN 10216-3 
1.8878S460G1+M (+QT)EN 10025 
1.8879P690QEN 10028-6, EN 10216-3 
1.8880P690QHEN 10028-6, EN 10216-3, EN 10273 
1.8881P690QL1EN 10028-6, EN 10216-3 
1.888210MnTi3SEW 028 
1.8883S460G3 (+M)EN 10225 
1.8884S460G6+QTEN 10225 
1.8885S460G5+QTEN 10225 
1.888614MnTi5- 
1.8887S460G2+M (+QT)EN 10225 
1.8888P690QL2EN 10028-6, EN 10216-3 
1.8889S460G4 (+M)EN 10225 
1.8890P620QLEN 10216-3 
1.8891E460K2EN 10296-1, EN 10297-1 
1.8892S690G5QL- 
1.8893E730K2EN 10297-1 
1.8894S770G1QL- 
1.8895E275MEN 10296-1 
1.8896E355MEN 10296-1 
1.8897E420MEN 10296-1 
1.8898E460MEN 10296-1 
1.8900S380N- 
1.8901S460NEN 10025-3, SEW 081-1 
1.8902S420NEN 10025-3 
1.8903S460NLEN 10025-3, SEW 081-1 
1.8904S550QEN 10025-6 
1.8905P460NEN 10216-3, EN 10217-3, SEW 081-2 
1.8906S460QLEN 10025-6 
1.8907S500N- 
1.8908S460QEN 10025-6 
1.8909S500QLEN 10025-6 
1.8910S380NL- 
1.8911S380NL1- 
1.8912S420NLEN 10025-3 
1.8913S420NL1- 
1.8914S620QEN 10025-6 
1.8915P416NL1EN 10028-3, EN 10216-3, EN 10217-3, SEW 081-2 
1.8916S460QL1EN 10025-6 
1.8917S500NL- 
1.8918P460NL2EN 10028-3, EN 10216-3, EN 10217-3, SEW 081-2 
1.8919S500NL1- 
1.8920S690G1QL- 
1.8921S690G2QL- 
1.8922S690G4QL- 
1.8923S590QL- 
1.8924S500QEN 10025-6 
1.8925S890QL1EN 10025-6, SEW 090-2 
1.8926S550QLEN 10025-6 
1.8927S620QLEN 10025-6 
1.8928S690QLEN 10025-6, SEW 090-2 
1.8929S690G3QL- 
1.8930P380NH- 
1.8931S690QEN 10025-6 
1.8932P420NHEN 10222-4 
1.8933S960QLEN 10025-6 
1.8934S960QL1- 
1.8935P460NHEN 10028-3, EN 10216-3, EN 10217-3, EN 10273, SEW 081-2 
1.8936P420QHEN 10222-4 
1.8937P500NH- 
1.8938S770QLSEW 090-2 
1.8939S790QL1SEW 090-2 
1.8940S890QEN 10025-6 
1.8941S960QEN 10025-6 
1.8942S1100QL- 
1.8944S550G1QL1- 
1.8945S355J0WPEN 10025-5 
1.8946S355J2WPEN 10025-5, DIN 5512-1 
1.8947L415QBEN 10208-2 
1.8947 L415QEEN ISO 3183 
1.8948L360QBEN 10208-2 
1.8948 L360QEEN ISO 3183 
1.8950S690G2QL1- 
1.8951S770QL1- 
1.8952L450QBEN 10208-2 
1.8952 L450QEEN ISO 3183 
1.8953S460NHEN 10210-1, EN 10219-1 
1.8954S620G1QL1- 
1.8955L485QBEN 10208-2 
1.8955 L485QEEN ISO 3183 
1.8956S460NLHEN 10210-1, EN 10219-1 
1.8957L555QBEN 10208-2 
1.8957 L555QEEN ISO 3183 
1.8958S235J0WEN 10025-5 
1.8959S355J0WEN 10025-5 
1.8960S235JRW- 
1.8961S235J2WEN 10025-5, 5512-1 
1.89629CrNiCuP- 
1.8964S690G1QL1- 
1.8965S355J2WPEN 10025-5 
1.8967S355K2WEN 10025-5 
1.8968L515MB- 
1.8969S600MCEN 10149-2 
1.8970L390NEN ISO 3183 
1.8971L390MEN ISO 3183 
1.8972L415NBEN 10208-2 
1.8972 L415NEEN ISO 3183 
1.8973L415MBEN 10208-2 
1.8973 L415MEEN ISO 3183 
1.8974S700MCEN 10149-2 
1.8975L450MBEN 10208-2 
1.8975 L450MEEN ISO 3183 
1.8976S650MCEN 10149-2 
1.8977L485MBEN 10208-2 
1.8977 L485MEEN ISO 3183 
1.9878L555MBEN 10208-2 
1.9878 L555MEEN ISO 3183 
1.8979L690MEN ISO 3183 
1.8980S500A- 
1.898117MnCrTi6- 
1.898220MnCrMo4- 
1.8983S890QL1EN 10025-6 
1.8984S500QL1EN 10025-6 
1.898519MnMoV6- 
1.8986S550QL1EN 10025-6 
1.8987S620QL1EN 10025-6 
1.8988S690QL1EN 10025-6, SEW 090-2 
1.898922MnCrMoV6- 
1.8990S500AL- 
1.8991S550A- 
1.8992S550A- 
1.8993S620A- 
1.8994S620AL- 
1.8995S690A- 
1.8996S690AL-

1.2 Steel designation + Steel designation appendix

Principal symbols

Additional symbols for steel

Letter

Mechanical property

Group 1

Group 2

For steel products

S =

G=Steel casting (where necessary)

example: GSnnn

Structural steels

nnn = specified minimum yield strength Re in N/mm2 or MPa for the smallest thickness range

Example of steels:

S275JR

S390GP

S460NH

S355J2H

S235J2W

S550GD

GS200

S355G5+M

Impact property Energy Joules (J)

Test temperature

C = Special cold forming

D = Hot dip coating

E = Enamelling

F = Forgings

H = Hollow section

L = Low temperature

M = Thermomechanically rolled

N = Normalised or normalised rolled

P = Sheet piling

Q = Quenched and tempered

S = Ship building

T = Tubes

W = Weather resistant

Letter (a) and digit (n) = Chemical symbol of specified additional elements, e.g. Cu, together, where necessary, with a single digit repressenting 10x the average (rounded to 0,1%) of that specified range of the content of that element

See tables 1, 2, 3 – additional designation of steels

27J

40J

60J

st. °C

JR

KR

LR

+20

J0

K0

L0

0

J2

K2

L2

-20

J3

K3

L3

-30

J4

K4

L4

-40

J5

K5

L5

-50

J6

K6

L6

-60

A = Precipitation hardening

M = Thermomechanically rolled

N = Normalised or normalised rolled

Q = Quenched and tempered

G = Other characteristics followed, where necessary by 1 or 2 digits

Letters M, N and Q are fine grained steels

P =

G=Steel casting (where necessary)

example: GPnnn

Steels for pressure purposes

nnn = specified minimum yield strength Re in N/mm2 or MPa for the smallest thickness range

Example of steels:

P275NH

P250GH

P275SL

P460QL1

GP240GR

M = Thermomechanically rolled

N = Normalised or normalised rolled

Q = Quenched and tempered

B = Gas bottles

S = Simple pressure vessels

T = Tubes

G = Other characteristics followed, where necessary by 1 or 2 digits

Letters M, N and Q are fine grained steels

H = High temperature

L = Low temperature

R = Room temperature

X = High or low temperature

See tables 1, 2, 3 – additional designation of steels

L =

Steels for line pipe

nnn = specified minimum yield strength Re in N/mm2 or MPa for the smallest thickness range (followed by three digits)

Example of steels:

L275

L360NB

L450MB

M = Thermomechanically rolled

N = Normalised or normalised rolled

Q = Quenched and tempered

G = Other characteristics followed, where necessary by 1 or 2 digits

Letters M, N and Q are fine grained steels

Letter (a) = class requirement followed, where necessary, by one digit

See tables 1, 2, 3 – additional designation of steels

E =

G=Steel casting (where necessary)

Engineering steels

nnn = specified minimum yield strength Re in N/mm2 or MPa for the smallest thickness range (three digits follow)

Example of steels:

E355

E355+CR

E355+N

G = Other characteristics followed, where necessary by 1 or 2 digits

C = suitability for cold drawing

See tables 1, 2, 3 – additional designation of steels

B =

Steels for reinforcing concrete

nnn = specified minimum yield strength Re in N/mm2 or MPa for the smallest thickness range (three digits follow)

Example of steels:

B500A

B500B

Letter (a) = ductility class followed, where necessary by 1 or 2 digits

See tables 1, 2, 3 – additional designation of steels


Principal symbols

Additional symbols for steel

Letter

Carbon content

Group 1

Group 2

For steel products

C =Carbon

G=Steel casting (where necessary)

example: GCnnn

Non-alloy steels with an average Mn-content ≤1% except free cutting steels

nnn = 100x specified average carbon percentage content. Where the carbon content is not specified by a range, a suitably representative value shall be selected by the responsible body.

Example of steels:

C8C

C42E

GC45E

C = For cold forming, e.g. cold heading, cold extrusion

D = For wire drawing

E = With specified max sulphur content

R = With specified sulphur content

S = For springs

U = For tools

W = For welding rod

G = Other characteristics followed, where necessary by 1 or 2 digits

C, D, S, U, W, G

may be suffixed by one or two digits in order to distinguish between qualities in accordance with the relevant product standard

- digits E and R may be followed by 1 digit representing 100x the maximum or average content rounded to the nearest 0,01%

Letter (a) and digit (n) = Chemical symbol of special additional element(s), e.g. Cu, together, where necessary, with a single digit repressenting 10x the average (rounded to 0,1%) of that specified range of the content of that element

See tables 1, 2, 3 – additional designation of steels

G=Steel casting (where necessary)

example: Gnnn

Non-alloy steels with an average Mn-content ≥1%, non-alloy free-cutting steels and alloy steels (except high speed steels) where the content, by weight, of every average alloying element is ≤5%

nnn = 100x specified average carbon percentage content. Where the carbon content is not specified by a range, a suitably representative value shall be selected by the responsible body.

Example of steels:

36Mn5

20MnMo3-5

G30Mn5

Letter (a) = Chemical symbols indicating alloying elements, that characterise the steel, followed by:

Digits = n - n = Separated by hyphens, representing respectively the average percentage content of the elements multiplied by the following factors:

See tables 1, 2, 3 – additional designation of steels

Element

Factor

Cr, Co, Mn, Ni, Si, W

4

Al, Be, Cu, Mo, Nb, Pb, Ta, Ti, V, Zr

10

Ce, N, P, S

100

B

1000

X =

PM=Powder metallurgy (where necessary for tool steel)

G=Steel casting (where necessary)

example: GXnnn

Stainless steels and other alloy steels (except high sped steels) where the average content by weight of at least one alloying element is ≥5%

nnn = 100x specified average carbon percentage content. Where the carbon percentage content is not specified by a range, a suitably representative value shall be selected by the responsible body.

Example of steels:

X5CrNiMo17-12-2

GX40CrNiNb19-10

Letter (a) = Chemical symbols indicating alloying elements, that characterise the steel, followed by:

Digits (n) = Separated by hyphens, representing respectively the average percentage content of the elements multiplied by the following factors.

Letter (a) = Chemical symbol, separated by a hyphen, indicating an alloying element that characterises the steel and whose content is in the range of 0,20% up to 1,0% followed by

Digit (n) = 10x specified average content for the alloying element

Example:

X30NiCrN15-1-N5

See tables 1, 2, 3 – additional designation of steels

HS =

PM=Powder metallurgy (where necessary)

High speed steels

Example of steels:

HS2-9-2

HS10-4-3-10

PMHS11-2-5-8

n - n = numbers separated by hyphens, indicating percentage content of alloy elements in the following order:

- Tungesten (W)

- Molybdenum (Mo)

- Vanadium (V)

- Cobalt (Co)

See tables 1, 2, 3 – additional designation of steels

n = digit (number) symbol, a = letter symbol, an = letter symbol – digit (number), nnn = three digits follow

Principal symbols

Additional symbols for steel

Letter

Carbon content

Group 1

Group 2

For steel products

Y=

Steels for prestressing concrete

nnn = normal tensile strength (Rm) in N/mm2 (when specified by 3 digits add zero at the front)

 

Example of steels:

Y1100H

C = Cold drawn wire

H = Hot rolled bars or hot rolled and processed bars

Q = Quenched and tempered wire

S = Strand

G = Other characteristics followed, where necessary by 1 or 2 digits

 

See tables 1, 2, 3 – additional designation of steels

R=

Steels for rails

Specified minimum  Brinel Hardness (HBW)

(three digits follow).

 

Example of steels:

R220

R0290

Mn = High manganese content

Cr = Chromium alloyed

Letter (a) and digit (n) = Chemical symbol of specfied additional element, e.g. Cu, together, where necessary, with a single digit representating (10x the average rounded to 0,1% of that specified range of the content of that element)

G = Other characteristics followed, where necessary by 1 or 2 digits

HT = Heat treated

LHT = Low alloy, heat treated

Q = Quenched and tempered

See tables 1, 2, 3 – additional designation of steels

H=

Flat products of high strength steels for cold forming

C = Cold rolled followed by specified minimum yield strength (Re) or proof strength (Rp) in N/mm2 or MPa (three digits follow)

D = Hot rolled for direct cold forming followed by specified minimum yield strength (Re) of proof strength (Rp) in MPa (three digits follow)

X = Product where the rolling condition is not specified followed by specific minimum yield strength (Re) or proof strength (Rp) in MPa (three digits follow)

CT = Cold rolled followed by specified minimum tensile strength (Rm) in MPa (three or four digits follow)

DT = Hot rolled for direct cold forming followed by specified minimum tensile strength (Rm) in MPa (three or four digits follow)

XT = Product where the rolling condition is not specified followed by specified minimum tensile strength (Rm) in MPa (three or four digits follow)

 

Example of steels:

HC220B

HC260LA

HX340BD

M = Thermomechanically rolled

B = Bake hardening

C = Complex-phase

I = Isotropic

LA = Low alloyed

P = With phosphours

T = TRIP jeklo (TRansformation Induced Plasticity)

X = Dual phase

Y = Interstitial free

G = Other characteristics followed, where necessary by 1 or 2 digits

D = For hot dip coating

See tables 1, 2, 3 – additional designation of steels

D=

 

 

Flat products for cold forming

Cnn = Cold rolled (two digits follow)

Dnn = Hot rolled for direct cold forming (two digits follow)

Xnn = Product where rolled condition are not specified (two digits follow)

 

Example of steels:

DC03             DD11

DC01Cu          DX55D

DC01EK         DC04ED

D = For hot dip coating

ED = For direct enamelling

EK = For conventional enamelling

H = For hollow sections

T = For tubes

Letter (a) and digit (n) = Chemical symbol of specfied additional element, e.g. Cu, together, where necessary, with a single digit representating (10x the average rounded to 0,1% of that specified range of the content of that element)

G = Other characteristics followed, where necessary by 1 or 2 digits

 

See tables 1, 2, 3 – additional designation of steels

T=

Tin mill products

(steel products for packaging)

Hnnn = Normal yield strength (Re) in N/mm2 or MPa for continous annealed grades (three digits follow)

Snnn = Normal yield strength (Re) in N/mm2 or MPa batch annealed grades (three digits follow)

 

Example of steels:

TH550

TS550

 

 

See tables 1, 2, 3 – additional designation of steels

M=

Electrical sheet

Properties:

nnn or nnnn = Max specified loss in W/Kg x 100 (three or four digits follow)

nn = 100x normal thickness in (another two digits follow)

A hyphen shall separate the two properties.

 

Example of steels:

M300-35A, M450-50E

M97-30N, M111-30P

Additional characteristics:

For magnetic polarization at 50Hz of 1,5 tesla:

A = Non-oriented

D = Non-alloy semi-finished (non finally annealed)

E = Alloy semi-finished (non finally annealed)

For magnetic polarization 50Hz of 1,7 tesla:

P = High permeability grain oriented

S = Conventional grain oriented

 

See tables 1, 2, 3 – additional designation of steels

Indicating special requirements

Table 1

Symbol

Meaning

+CH

+H

+Z15

+Z25

+Z35

Core hardenability

Hardenability

Trough thickness property; minimum reduction of area = 15%

Trough thickness property; minimum reduction of area = 25%

Trough thickness property; minimum reduction of area = 35%

Symbols are separated from preceding symbols by the plus sign (+). These symbols indicate special requirements witch are normally characteristics of steel. However, for practical reasons they are dealt with as symbols for steel products.

Indicating type of coating

Table 2

Znak

Meaning

+A

+AS

+AZ

+CE

+CU

+IC

+OC

+S

+SE

+T

+TE

+Z

+ZA

+ZE

+ZF

+ZN

Hot dip aluminium coating

Aluminium silicon alloy coating

Aluminium zinc alloy (>50%Al) coating

Electrolytic chromium/chromium oxide coating (ECCS)

Copper coating

Inorganic coating

Organic coating

Hot dip tin coating

Electrolytic tin coating

Hot dip lead tin alloy (terne) coating

Electrolytic lead tin alloy (terne) coating

Hot dip zinc (galvanised) coating

Hot dip zinc aluminium (>50%Zn) coating

Electrolytic zinc coating

Hot dip zinc iron (galvanised) coating

Electrolytic zinc nickel alloy coating

Symbols are separated from preceding symbols by the plus sign (+).

Symbols for steel products indicating treatment condition

Table 3

Symbol

Meaning

Symbol

Meaning

+A

+AC

+AR

+AT

+C

+Cnnn

+CPnnn

+CR

+DC

+FP

+HC

+I

+LC

Soft annealed

Annealed to achieve spheriodised carbides

As rolled (without special conditions)

Solution annealed

Cold work hardened

Cold work hardened with a minimum tensile strength – Rm of (nnn) MPa

Cold work hardened with a minimum 0,2% proof strength of (nnn) MPa

Cold rolled

Delivery condition at manufacturer′s discretion

Treated to ferritic-pearlite structure and hardness range

Hot rolled followed by cold hardening

Isothermically treated

Skin passed (temper rolled or cold drawn)

+M

+N

+NT

+P

+Q

+QA

+QO

+QT

+QW

+RA

+S

+SR

+T

+TH

+U

+WW

Thermomechanically formed

Normalised or normalised rolled

Normalised and tempered

Precipitation hardened

Quenched

Air quenched

Oil quenched

Quenched and tempered

Water quenched

Recrystallisation annealed

Treated for cold shearing

Stress reileved

Tempered

Treatment to hardeness range

Untreated

Warm worked

Symbols are separated from preceded symbols by the plus sign (+).

1.3 WEAR-RESISTANT STEELS, ABRASION RESISTANT STEELS

MANUFACTURERS / SUPPLIERS WEAR-RESISTANT STEELS, ABRASION RESISTANT STEELS
ACRONI SIDUR 250 SIDUR 300 SIDUR 400 SIDUR 450 SIDUR 500 SIDUR 550 SIDUR 600 SIDUR 350 HI TEMP
DILLINGER HÜTTE DILLIDUR 325 L DILLIDUR IMPACT DILLIDUR 400 DILLIDUR 450 DILLIDUR 500 DILLIDUR 550 DILLIDUR 600
ESB Group 300 HB 400 HB 450 HB 500 HB 550 HB 600 HB
INDUSTEEL - ArcelorMittal Corporation Creusabro® 4800 Creusabro® 6400 Creusabro® 8000 Creusabro® Dual Creusabro® M Creusabro® Superten
INDUSTEEL - ArcelorMittal Corporation Relia® 400 Relia® 450 Relia® 500
NIPPON STEEL CORPORATION ABREX™ 400 ABREX™ 400LT ABREX™ 450 ABREX™ 500
NLMK Europe Quard® 400 Quard® 450 Quard® Pro Quard® 500 Quard® 550
PRODUR DURSTEEL 410 DURSTEEL 460 DURSTEEL 510 DURSTEEL Tuffplate DURSTEEL HT DURSTEEL Mn
SSAB Hardox® HiAce Hardox® HiTemp Hardox® HiTuf Hardox® 400 Hardox® 450 Hardox® 500 Tuf Hardox® 500 Hardox® 550 Hardox® 600 Hardox® Extreme
SSAB Raex® 400 Raex® 450 Raex® 500
SSAB Duroxite® 100 Duroxite® 101 Duroxite® 200 Duroxite® 201 Duroxite® 300 Duroxite® 400 Duroxite® 500
SALZGITTER MANNESMANN STAHLHANDEL BRINAR® 180 BRINAR® 265 BRINAR® 325Cr BRINAR® 400Cr BRINAR® 400 BRINAR® 450 BRINAR® 500
THYSSENKRUPP Perdur® 400 Perdur® 450
THYSSENKRUPP TBL® 30 TBL® 35 TBL® 40 TBL® 45 TBL® 50
voestalpine durostat® 250 durostat® 300 durostat® 400 durostat 400 toughcore® durostat® 450 durostat 450 toughcore® durostat® 500 durostat® B2 durostat® B4
NOTE: The table only represents brand marks of manufacturers / suppliers.