BS3146 Metals Table Part 2

BS 3146 : Part 2 : 1985 Chemical Analysis

A table of the chemical compositions of stainless steels.

BS 3146 : Part 2 : 1985Chemical Analysis
SpecificationType of SteelCSiMnNiCrMoNbWTiAlCoFeCu
ANC1A13% Cr0.151.21111.5-13.5########
BMartensitic0.21.21111.5-13.5########
CSteels0.31.21111.5-13.5########
ANC218% Cr 2% Ni0.2511315.5-20.0########
Martensitic
Steel
ANC3AAustenitic0.12228.0-12.017.0-20.0########
B18% Cr 8% Ni0.12228.0-12.017.0-20.0#1#
Steels
ANC4AAustenitic0.081.5211.0-14.018-203.0-4.0#######
B18% Cr 10% Ni0.081.5210 min17-202-3#######
C3% Mo0.121.5210 min17-202-31.1#
Steels
ANC5ANickel0.53217-2222-27########
BChromium0.53236-4615-25########
CSteels0.53255-65Oct-20########
ANC6AChromium0.32110-1520-25#
BNickel0.32110-1520-25##2.5-3.5#####
CSteels0.32110-1820-25##2.5-3.5#####
ANC10Nickel 20% Cr0.05-0.1311Rem18-21###2.0-2.71.0-1.615.0-18.02
16.5% Co 2.4%
Ti 1.3% Al Alloy
ANC11Nickel 21% Cr0.27-0.40.450.5Rem18-239.5-11##0.30.29-111#
10% Mo 10%
Co Alloy
ANC13Cobalt 26% Cr0.4-0.55119.5-11.524.5-26.5##7-8##Rem2#
10% Ni 7% W
Alloy
ANC14Cobalt 27% Cr0.2-0.3111.75-3.7525-295-6####Rem3#
5.5% Mo 2.7%
Ni Alloy
ANC15Nickel 28%0.02-0.121.21.2Rem#26-30#####4-7#
Mo Alloy
ANC16Nickel 17%0.05-0.151.21.2Rem15.5-17.516-18#3.75-5.25###4-7#
Mo 16.5% Cr
4.5% W Alloy
ANC17Nickel 9% Si0.05-0.128.5-101.2Rem#######22-4
3% Cu Alloy
ANC18ANickel 31%0.1-0.30.1-1.51.5Rem#######328-34
BCu 1%-4% Si0.05-0.152.5-3.01.5Rem#######328-34
CAlloys0.05-0.153.5-4.51.5Rem#######328-34
ANC19PH Nickel-Cr0.060.40.5Rem19-215.5-6.56.2-72-3##22-40.2
Nb Mo Fe W
Alloy
ANC20APH – Cr Ni Cu0.07213-612.5-15.50.5-2.50.5#####1-3.5
BMo Steels
ANC21Cr Ni Cu Mo0.050.750.754.75-625-271.75-2.25######2.75-3.25
Steel
ANC22ACr Ni Cu Nb N0.060.5-1.00.73.6-4.6##0.15-0.4####Rem2.8-3.5
B
C
SpecificationType of SteelCSiMnNiCrMoNbWTiAlCoFeCu
BS 3146 : Part 2 : 1985Chemical Analysis

BS 3146 : Part 2 : 1985	Chemical Analysis
Specification	Type of Steel	C	Si	Mn	Ni	Cr	Mo	Nb	W	Ti	Al	Co	Fe	Cu
ANC1	A	13% Cr	0.15	1.2	1	1	11.5-13.5	#	#	#	#	#	#	#	#
B	Martensitic	0.2	1.2	1	1	11.5-13.5	#	#	#	#	#	#	#	#
C	Steels	0.3	1.2	1	1	11.5-13.5	#	#	#	#	#	#	#	#
ANC2	18% Cr 2% Ni	0.25	1	1	3	15.5-20.0	#	#	#	#	#	#	#	#
Martensitic
Steel
ANC3	A	Austenitic	0.12	2	2	8.0-12.0	17.0-20.0	#	#	#	#	#	#	#	#
B	18% Cr 8% Ni	0.12	2	2	8.0-12.0	17.0-20.0	#	1	#
	Steels
ANC4	A	Austenitic	0.08	1.5	2	11.0-14.0	18-20	3.0-4.0	#	#	#	#	#	#	#
B	18% Cr 10% Ni	0.08	1.5	2	10 min	17-20	2-3	#	#	#	#	#	#	#
C	3% Mo	0.12	1.5	2	10 min	17-20	2-3	1.1	#
	Steels
ANC5	A	Nickel	0.5	3	2	17-22	22-27	#	#	#	#	#	#	#	#
B	Chromium	0.5	3	2	36-46	15-25	#	#	#	#	#	#	#	#
C	Steels	0.5	3	2	55-65	Oct-20	#	#	#	#	#	#	#	#
ANC6	A	Chromium	0.3	2	1	10-15	20-25	#
B	Nickel	0.3	2	1	10-15	20-25	#	#	2.5-3.5	#	#	#	#	#
C	Steels	0.3	2	1	10-18	20-25	#	#	2.5-3.5	#	#	#	#	#
ANC10	Nickel 20% Cr	0.05-0.13	1	1	Rem	18-21	#	#	#	2.0-2.7	1.0-1.6	15.0-18.0	2
16.5% Co 2.4%
Ti 1.3% Al Alloy
ANC11	Nickel 21% Cr	0.27-0.4	0.45	0.5	Rem	18-23	9.5-11	#	#	0.3	0.2	9-11	1	#
10% Mo 10%
Co Alloy
ANC13	Cobalt 26% Cr	0.4-0.55	1	1	9.5-11.5	24.5-26.5	#	#	7-8	#	#	Rem	2	#
10% Ni 7% W
Alloy
ANC14	Cobalt 27% Cr	0.2-0.3	1	1	1.75-3.75	25-29	5-6	#	#	#	#	Rem	3	#
5.5% Mo 2.7%
Ni Alloy
ANC15		Nickel 28%	0.02-0.12	1.2	1.2	Rem	#	26-30	#	#	#	#	#	4-7	#
Mo Alloy
ANC16	Nickel 17%	0.05-0.15	1.2	1.2	Rem	15.5-17.5	16-18	#	3.75-5.25	#	#	#	4-7	#
Mo 16.5% Cr
4.5% W Alloy
ANC17		Nickel 9% Si	0.05-0.12	8.5-10	1.2	Rem	#	#	#	#	#	#	#	2	2-4
3% Cu Alloy
ANC18	A	Nickel 31%	0.1-0.3	0.1-1.5	1.5	Rem	#	#	#	#	#	#	#	3	28-34
B	Cu 1%-4% Si	0.05-0.15	2.5-3.0	1.5	Rem	#	#	#	#	#	#	#	3	28-34
C	Alloys	0.05-0.15	3.5-4.5	1.5	Rem	#	#	#	#	#	#	#	3	28-34
ANC19	PH Nickel-Cr	0.06	0.4	0.5	Rem	19-21	5.5-6.5	6.2-7	2-3	#	#	2	2-4	0.2
Nb Mo Fe W
Alloy
ANC20	A	PH – Cr Ni Cu	0.07	2	1	3-6	12.5-15.5	0.5-2.5	0.5	#	#	#	#	#	1-3.5
B	Mo Steels
ANC21		Cr Ni Cu Mo	0.05	0.75	0.75	4.75-6	25-27	1.75-2.25	#	#	#	#	#	#	2.75-3.25
Steel
ANC22	A	Cr Ni Cu Nb N	0.06	0.5-1.0	0.7	3.6-4.6	#	#	0.15-0.4	#	#	#	#	Rem	2.8-3.5
B
C
Specification	Type of Steel	C	Si	Mn	Ni	Cr	Mo	Nb	W	Ti	Al	Co	Fe	Cu
BS 3146 : Part 2 : 1985	Chemical Analysis

BS 3146 : Part 2 : 1985 Mechanical Properties

BS 3146 : Part 2 : 1985Mechanical Properties
SpecificationType of SteelUTS (Mpa)0.2% PS (Mpa)Elongation (%)Typical Hardness (HB)
ANC1A13% Cr54034015152-207
BMartensitic62041513183-229
CSteels69543511201-255
ANC218% Cr 2% Ni850-10006308248-302
Martensitic
Steel
ANC3AAustenitic46020020#
B18% Cr 8% Ni46020020#
Steels
ANC4AAustenitic50021012#
B18% Cr 10% Ni50021012#
C3% Mo50021012#
Steels
ANC5ANickel####
BChromium####
CSteels####
ANC6AChromium460#17#
BNickel460#17#
CSteels460#17#
ANC10Nickel 20% Cr
16.5% Co 2.4%630510 (0.1%)14#
Ti 1.3% Al Alloy690510 (0.1%)14#
ANC11Nickel 21% Cr4202975#
10% Mo 10%
Co Alloy
ANC13Cobalt 26% Cr6494175300-350
10% Ni 7% W
Alloy
ANC14Cobalt 27% Cr6504506300-350
5.5% Mo 2.7%
Ni Alloy
ANC15Nickel 28%58541514192
Mo Alloy
ANC16Nickel 17%61536511207
Mo 16.5% Cr
4.5% W Alloy
ANC17Nickel 9% Si8505902326
3% Cu Alloy
ANC18ANickel 31%432-51017016100-150
BCu 1%-4% Si541-66428010180-230
CAlloys680-695##250
ANC19PH Nickel-Cr6806075260-340
Nb Mo Fe W
Alloy
ANC20APH – Cr Ni Cu950-120080012#
BMo Steels1250-15009508#
ANC21Cr Ni Cu Mo70050020#
Steel
ANC22ACr Ni Cu Nb N123010308361
B10308958313
C9008308294
SpecificationType of SteelUTS (Mpa)0.2% PS (Mpa)Elongation (%)Typical Hardness (HB)
BS 3146 : Part 2 : 1985Mechanical Properties

BS 3146 : Part 2 : 1985	Mechanical Properties
Specification	Type of Steel	UTS (Mpa)	0.2% PS (Mpa)	Elongation (%)	Typical Hardness (HB)
ANC1	A	13% Cr	540	340	15	152-207
B	Martensitic	620	415	13	183-229
C	Steels	695	435	11	201-255
ANC2	18% Cr 2% Ni	850-1000	630	8	248-302
Martensitic
Steel
ANC3	A	Austenitic	460	200	20	#
B	18% Cr 8% Ni	460	200	20	#
	Steels
ANC4	A	Austenitic	500	210	12	#
B	18% Cr 10% Ni	500	210	12	#
C	3% Mo	500	210	12	#
	Steels
ANC5	A	Nickel	#	#	#	#
B	Chromium	#	#	#	#
C	Steels	#	#	#	#
ANC6	A	Chromium	460	#	17	#
B	Nickel	460	#	17	#
C	Steels	460	#	17	#
ANC10	Nickel 20% Cr
16.5% Co 2.4%	630	510 (0.1%)	14	#
Ti 1.3% Al Alloy	690	510 (0.1%)	14	#
ANC11	Nickel 21% Cr	420	297	5	#
10% Mo 10%
Co Alloy
ANC13	Cobalt 26% Cr	649	417	5	300-350
10% Ni 7% W
Alloy
ANC14	Cobalt 27% Cr	650	450	6	300-350
5.5% Mo 2.7%
Ni Alloy
ANC15	Nickel 28%	585	415	14	192
Mo Alloy
ANC16	Nickel 17%	615	365	11	207
Mo 16.5% Cr
4.5% W Alloy
ANC17	Nickel 9% Si	850	590	2	326
3% Cu Alloy
ANC18	A	Nickel 31%	432-510	170	16	100-150
B	Cu 1%-4% Si	541-664	280	10	180-230
C	Alloys	680-695	#	#	250
ANC19	PH Nickel-Cr	680	607	5	260-340
Nb Mo Fe W
Alloy
ANC20	A	PH – Cr Ni Cu	950-1200	800	12	#
B	Mo Steels	1250-1500	950	8	#
ANC21	Cr Ni Cu Mo	700	500	20	#
Steel
ANC22	A	Cr Ni Cu Nb N	1230	1030	8	361
B	1030	895	8	313
C	900	830	8	294
Specification	Type of Steel	UTS (Mpa)	0.2% PS (Mpa)	Elongation (%)	Typical Hardness (HB)
BS 3146 : Part 2 : 1985	Mechanical Properties

BS 3146 : Part 2 : 1985 Comparable Specifications

BS 3146 : Part 2 : 1985			Comparable Specifications
Specification		Type of Steel	Afnor	D.I.N.	Werk	A.I.	A.S.	UK/USA	BS970:	E N
Specification			(see NF A32 – 056)		-stoff	S.I.	T.M.		1983
ANC1								BS3100:1976*
	A	13% Cr	Z12C13-M	GX12 Cr14	1.4008	403	CA 15	410C21	410 S21	56A
	B	Martensitic		GX20 Cr14	1.4027	420		420C29	420 S29	56B
	C	Steels	Z28C13-M	GX22 Cr14		420	CA40		420 S37	56C
ANC2		18% Cr 2% Ni	Z22 CN 18.02	GX22 Cr Ni 17	1.4059	431	CB 30	S 80	431 S29	57
		Martensitic
		Steel
ANC3								BS3100:1976
	A	Austenitic	Z6CN18.10-M	GX10 Cr Ni 18.8	1.4312	304	CF 8	304C15	302 S25	58A
	B	18% Cr 8% Ni	Z6 CN Nb 18.10-M	GX7 Cr Ni Nb 18.9	1.4551	347	CF 8C	347C17	347 S17	58F
		Steels
ANC4	A	Austenitic	Z6 CND Nb 18.12-M	GX6 Cr Ni Mo 18.10	1.4408	317	CG 8M	317C16	317 S16	58J
	B	18% Cr 10% Ni		GX6 Cr Ni Mo 18.10	1.4408	316	CF 8M	316C16	316 S16	58H
	C	3% Mo		GX7 Cr Ni Mo Nb 18.10	1.4581	318		318C17	320 S17	58H
		Steels
ANC5	A	Nickel	Z12 CNS 25.21	Ni Cr 25.20	1.4843	310	CK20;HK	310C45	310 S24
	B	Chromium	Fe N37 C18S	GX40 Ni Cr Si 36.16	1.4865	330	HU	331C60
	C	Steels	NC 15 Fe	Ni Cr 60.15	2.4867		HW	334C11
ANC6	A	Chromium	Z20 CNS 25.12	GX35 Cr Ni Si 25.12	1.4837	309	CH20;HF	309C30		55
	B	Nickel	Z25 CNS W22					309C30
	C	Steels	Z15 CNW S22-13
ANC10		Nickel 20% Cr	NC 20 K17 TA	Ni Cr 20 Co 18 Ti	2.4632			Nimocast 90*	†
		16.5% Co 2.4%						Nimonic 90*	†
		Ti 1.3% Al Alloy
ANC11		Nickel 21% Cr	NC 21 DK 10					C242†
		10% Mo 10%
		Co Alloy
ANC13		Cobalt 26% Cr	KC 25 NW	Co Cr 25 Ni W	2.4966			X40†
		10% Ni 7% W						Stellite 31
		Alloy
ANC14		Cobalt 27% Cr	KD 27D N	Co Cr 28 Mo	2.4979			Stellite 8†
		5.5% Mo 2.7%
		Ni Alloy
ANC15		Nickel 28%	NiMo 28	Ni Mo 30	2.4482			Hastelloy B†
ANC15		Mo Alloy	NiMo 28	Ni Mo 30	2.4482			Hastelloy B†
ANC16		Nickel 17%	Ni Mo 16 Cr 15	Ni Mo 16 Cr W	2.4537		CW 12M	Hastelloy C†
		Mo 16.5% Cr
		4.5% W Alloy
ANC17		Nickel 9% Si		Ni Si 10 Cu	2.4566			Hastelloy D†
ANC17		3% Cu Alloy		Ni Si 10 Cu	2.4566			Hastelloy D†
ANC18	A	Nickel 31%	NU 30 Fe	Ni Cu 30 Fe*	2.4360*			Monel*†
	B	Cu 1%-4% Si						Monel H*†
	C	Alloys						Monel H*†
ANC19		PH Nickel-Cr	NC 20 Nb DW					P.E. 10/†
		Nb Mo Fe W						M.C. 102†
		Alloy
ANC20	A	PH – Cr Ni Cu						F.V. 520†
ANC20	B	Mo Steels						F.V. 520†
ANC21		Cr Ni Cu Mo					CD 4MCu
ANC21		Steel					CD 4MCu
ANC22	A	Cr Ni Cu Nb N	Z7CNU17-04		1.4549			17/4.P.H.
	B							S17480
	C
Specification		Type of Steel	Afnor	D.I.N.	Werk	A.I.	A.S.	UK/USA	BS970:	E N
BS 3146 : Part 2 : 1985			Comparable Specifications

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