Structural Steel Comparison Chart

Tabla comparativa de aceros estructurales

Tabla comparativa de aceros estructurales 1

Alemania	China	Inglaterra	Francia	Italia	Bélgica	Swed	España	Japón	EE.UU.
Nº de material	DIN	GB	BS	ES	AFNOR	UNI	NBN	SS	UNE	JIS	AISI
1.0401	C15	15	080M15	–	CC12	C15C16	–	1350	F.111	–	1015
1.0402	C22	20	050A20	2C	CC20	C20C21	C25-1	1450	F.112	–	1020
1.0501	C35	35	060A35	–	CC35	C35	C35-1	1550	F.113	–	1035
1.0503	C45	45	080M40	–	CC45	C45	C45-1	1650	F.114	–	1045
1.0535	C55	55	070M55	–	–	C55	C55-1	1655	–	–	1055
1.0601	C60	60	080A62	43D	CC55	C60	C60-1	–	–	–	1060
1.7015	9SMn28	Y15	230M07	–	S250	CF9SMn28	–	1912	11SMn28	SUM22	1213
1.0718	9SMnPb28	–	–	–	S250Pb	CF9MnPb28	–	1914	11SMnPb28	SUM22L	12L13
1.0722	10SPb20	–	–	–	10PbF2	CF10Pb20	–	–	10SPb20	–	–
1.0726	35S20	–	212M36	8M	35MF4	–	–	1957	F210G	–	1140
1.0736	9SMn36	Y13	240M07	1B	S300	CF9SMn36	–	–	12SMn35	–	1215
1.0737	9SMnPb36	–	–	–	S300Pb	CF9SMnPb36	–	1926	12SMnP35	–	12L14
1.0904	55Si9	55Si2Mn	250A53	45	55S7	55Si8	55Si7	2085	56Si7	–	9255
1.0961	60SiCr7	–	–	–	60SC7	60SiCr8	60SiCr8	–	60SiCr8	–	9262
1.1141	Ck15	15	080M15	32C	XC12	C16	C16-2	1370	C15K	S15C	1015
1.1157	40Mn4	40Mn	150M36	15	35M5	–	–	–	–	–	1039
1.1158	Ck25	25	–	–	–	–	C25-2	–	–	S25C	1025
1.1167	36Mn5	35Mn2	–	–	40Mn5	–	–	2120	36Mn5	SMn438	1335
1.1170	28Mn6	30Mn	150M28	14A	20M5	C28Mn	28Mn6	–	–	SCMn1	1330
1.1183	Cf35	35Mn	060A35	–	XS38TS	C36	C36	1572	–	S35C	1035
1.1191	45	Ck45	080M46	–	XC42	C45	C45-2	1672	C45K	S45C	1045
1.1203	Ck55	55	070M55	–	XC45	C50	C55-2	–	C55K	S55C	1055
1.1213	Cf53	50	060A52	–	XC48TS	C53	C53	1674	–	S50C	1050
1.1221	Ck60	60Mn	080A62	43D	XC60	C60	C60-2	1678	–	S58C	1060
1.1274	Ck101	–	060A96	–	–	–	–	1870	–	SUP4	1095
1.3401	X120Mn12	–	Z120M12	–	X120M12	XG120Mn12	–	–	X120Mn12	SCMn H/1	–
1.3505	100Cr6	Gr15 45Gr	534A99	31	100C6	100Cr6	–	2258	F.131	SUJ2	52100
1.5415	15Mo3	–	1501-240	–	15D3	16Mo3KW	16Mo3	2912	16Mo3	–	ASTM A20Gr.A

Tabla comparativa de aceros estructurales 2

Alemania	China	Inglaterra	Francia	Italia	Bélgica	Swe	España
Nº de material	DIN	GB	BS	ES	AFNOR	UNI	NBN	SS	UNE
1.5426	16Mo5	–	1503-245-420	–	–	16Mo5	16Mo5	–	16Mo5
1.5622	14Ni6	–	–	–	16N6	14Ni6	18Ni6	–	15Ni6
1.5662	X8Ni9	–	1501-509;510	–	–	X10Ni9	10Ni36	–	XBNi09
1.5680	12Ni19	–	–	–	Z18N5	–	12Ni20	–	–
1.5710	36NiCr6	–	640A35	111A	35NC6	–	–	–	–
1.5732	14NiCr10	–	–	–	14NC11	16NiCr11	–	–	15NiCr11
1.5752	14NiCr14	–	655M13;655A12	36A	12NC15	–	13NiCr12	–	–
1.6511	36CrNiMo4	–	816M40	110	40NCD3	38CrNiMo4	–	–	35CrNiMo4
1.6523	21NiCrMo2	–	850M20	362	20NCD2	20NiCrMo2	–	2503	20NiCrMo2
1.6546	40NiCrMo2	–	311-Tipo7	–	–	40NiCrMo2	40NiCrMo2	–	40NiCrMo2
1.6582	34CrNiMo6	40CrNiMoA	817M40	24	35NCD6	35CrNiMo6	35CrNiMo6	2541	–
1.6587	17CrNiMo6	–	820A16	–	18NCD6	–	17CrNiMo7	–	14CrNiMo13
1.7015	15Cr3	15Cr	523M15	–	12C3	–	15Cr2	–	–
1.7033	34Cr4	35Cr	530A32	18B	32C4	34Cr4(KB)	34Cr4	–	35Cr4
1.7035	41Cr4	40Cr	530M40	18	42C4	41Cr4	42Cr4	–	42Cr4
1.7045	42Cr4	40Cr	–	–	–	–	–	2245	42Cr4
1.7131	16MnCr15	18CrMn	(527M20)	–	16MC5	16MnCr15	16MnCr15	2511	16MnCr15
1.7176	55Cr3	20CrMn	527A60	48	55C3	–	55Cr3	–	–
1.7218	25CrMo4	30CrMn	1717CDS110	–	25CD4	25CrMo4	25CrMo4	2225	55Cr3
1.7220	34CrMo4	35CrMo	708A37	19B	35CD4	35CrMo4	34CrMo4	2234	34CrMo4
1.7223	41CrMo4	40CrMoA	708M40	19A	42CD4TS	41CrMo4	41CrMo4	2244	41CrMo4
1.7225	42CrMo4	42CrMo; 42CrMnMo	708M40	19A	42CD4	42CrMo4	42CrMo4	2244	42CrMo4
1.7262	15CrMo5	–	–	–	12CD4	–	–	2216	12CrMo4
1.7335	13CrMo44	–	1501-620Gr.27	–	15CD3.5; 15CD4.5	14CrMo44	14CrMo45	–	14CrMo45
1.7361	32CrMo12	–	722M24	40B	30CD12	32CrMo12	32CrMo12	2240	F.124.A
1.7380	10CrMo910	–	1501-622Gr.31;45	–	12CD9;10	12CrMo9,10	–	2218	TU.H
1.7715	14MoV63	–	1503-660-440	–	–	–	13MoCrV6	–	13MoCrV6
1.8159	50CrV4	50CrVA	735A50	47	50CV4	50CrV4	50CrV4	2230	51CrV4
1.8509	41CrAlMo7	–	905M39	41B	40CAD6,12	41CrAlMo7	41CrAlMo7	2940	41CrAlMo7
1.8523	39CrMoV139	–	897M39	40C	–	36CrMoV12	36CrMoV13	–	–

Tabla comparativa de aceros estructurales

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