BS EN 10213 Information

Information On British Standard Steels BS EN 10213

Important Notes:
All information on this page has been interpreted from the relevent standards, books, other web sites, andl leaflets. This information is of a general nature for initial guidance. Selection of materials for design use must be by communication with the suppliers and by reference to the relevant standards.
The tables below include for composition , proof strength , tensile strength and elongation. The mechanical properties are generally related to room temperature The information is not comprehensive and must be used with extreme care. The relevant standards include detailed notes on the conditions relevant to the properties and also a large quantity of detail information on other properties including hardness values impact values and properties at higher and lower temperatures

Notation

A = % elongation at fracture
R _eH = Upper Yield Strength ( MPa )
R _p0,2 = 0,2 % proof strength ( MPa )
R _m = Tensile strength ( MPa )
HV = Hardness value (Vickers)
t = Product thickness for specified properties ( mm)
+N = normalised
+NT = normalised and tempered
+QT = quenched and tempered

BS EN 10213:2007 Steel castings for pressure purposes

Product Chemical composition

Name	Number	C	Si max	Mn	P max	S max	Cr max	Mo max	Ni (max)	Cu (max)	N	V	Others
Name	Number	%	%	%	%	%	%	%	%	%	%	%	%
Ferritic and martensitic
GP240GH	1.0619	0,18-0,23	0,60max	0,50-1,20	0,030	0,020	0,30max	0,12max	0,40max	0,30max	-	0,03max	-
GP280GH	1.0625	0,18-0,25	0,60max	0,80-1,20	0,030	0,020	0,30max	0,12max	0,40max	0,30max	-	0,03max	-
G17Mn5	1.1131	0,15-0,20	0,60max	1,00-1,60	0,020	0,020	0,30max	0,12max	0,40max	0,30max	-	0,03max	-
G20Mn5	1.6220	0,17-0,23	0,60max	1,00-1,60	0,020	0,020	0,30max	0,12max	0,80max	0,30max	-	0,03max	-
G18Mo5	1.5422	0,15-0,20	0,60max	0,80-1,20	0,020	0,020	0,30max	0,45-0,65	0,40max	0,30max	-	0,05max	-
G20Mo5	1.5419	0,15-0,23	0,60max	0,50-1,00	0,025	0,020	0,30max	0,40-0,60	0,40max	0,30max	-	0,05max	-
G17CrMo5-5	1.7357	0,15-0,20	0,60max	0,50-1,00	0,020	0,020	1,00-1,50	0,45-0,65	0,40max	0,30max	-	0,05max	-
G17CrMo9-10	1.7379	0,13-0,20	0,60max	0,50-0,90	0,020	0,020	2,00-2,50	0,90-1,20	0,40max	0,30max	-	0,05max	-
G12MoCrV5-2	1.7720	0,10-0,15	0,45max	0,40-0,70	0,030	0,020	0,30-0,50	0,40-0,60	0,40max	0,30max	-	0,22-0,30	Sn:0,025(max)
G17CrMoV5-10	1.7706	0,15-0,20	0,60max	0,50-0,90	0,020	0,015	1,20-1,50	0,90-1,10	0,40max	0,30max	-	0,20-0,30	Sn:0,025(max)
G9Ni10	1.5636	0,06-0,12	0,60max	0,50-0,80	0,020	0,015	0,30max	0,20max	2,00-3,00	0,30max	-	0,05max	-
G17NiCrMo13-6	1.6781	0,15-0,19	0,50max	0,55-0,80	0,015	0,015	1,30-1,80	0,45-0,60	3,00-3,50	0,30max	-	0,05max	-
G9Ni14	1.5638	0,06-0,12	0,60max	0,50-0,80	0,020	0,015	0,30max	0,20max	3,00-4,00	0,30max	-	0,05max	-
GX15CrMo5	1.7365	0,12-0,19	0,80max	0,50-0,80	0,025	0,025	4,00-6,00	0,45-0,65	-	0,30max	-	0,05max	-
GX8CrNi12	1.4107	0,10max	0,40max	0,50-0,80	0,030	0,020	11,50-12,50	0,50max	0,80-1,50	0,30max	-	0,08max	-
GX3CrNi13-4	1.6982	0,05max	1,00max	1,00max	0,035	0,015	12,00-13,50	0,70max	3,50-5,00	0,30max	-	0,08max	-
GX4CrNi13-4	1.4317	0,06max	1,00max	1,00max	0,035	0,025	12,00-13,50	0,70max	3,50-5,00	0,30max	-	0,08max
GX23CrMoV12-1	1.4931	0,20-0,26	0,40max	0,50-0,80	0,030	0,020	11,30-12,20	1,00-1,20	1,00max	0,30max	-	0,25-0,35	W:0,50(max)
GX4CrNiMo16-5-1	1.4405	0,06max	0,80max	1,00max	0,035	0,025	15,00-17,00	0,70-1,50	4,00-6,00	0,30max	-	0,08max
Austenitic and austenitic ferritic
GX2CrNi19-11	1.4309	0,030max	1,50max	2,00max	0,035	0,025	18,00-20,00	-	9,00-12,00	0,50max	0,20max	-	-
GX5CrNi19-10	1.4308	0,07max	1,50max	1,50max	0,040	0,030	18,00-20,00	-	8,00-11,00	0,50max	-	-	-
GX5CrNiNb19-11	1.4552	0,07max	1,50max	1,50max	0,040	0,030	18,00-20,00	-	9,00-12,00	0,50max	-	-	Nb
GX2CrNiMo19-11-2	1.4409	0,030max	1,50max	2,00max	0,035	0,025	18,00-20,00	2,00-2,50	9,00-12,00	0,50max	0,20max	-	-
GX5CrNiMo 19-11-12	1.4408	0,07max	1,50max	1,50max	0,040	0,030	18,00-20,00	2,00-2,50	9,00-12,00	0,50max	-	-	-
GX5CrNiMoNb19-11-2	1.4581	0,07max	1,50max	1,50max	0,040	0,030	18,00-20,00	2,00-2,50	9,00-12,00	0,50max	-	-	Nb
GX2NiCrMo28-20-2	1.4458	0,030max	1,00max	2,00max	0,035	0,025	19,00-22,00	2,00-2,50	26,00-30,00	2,00max	0,20max	-
GX10NiCrSiNb32-20	1.4859	0,05-0,15	0,50-1,50	2,00max	0,040	0,030	19,00-21,00	0,50max	31,00-33,00	0,50max	-	-	Nb:0,5-1,5
GX2CrNiMoN22-5-3	1.4470	0,030max	1,00max	2,00max	0,035	0,025	21,00-23,00	2,50-3,50	4,50-6,50	0,50max	0,12-0,20	-
GX2CrNiMoCuN25-6-3-3	1.4517	0,030max	1,00max	1,50max	0,035	0,025	24,50-26,50	2,50-3,50	5,00-7,00	2,75-3,50	0,12-0,22	-
GX2CrNiMoN25-7-3	1.4417	0,030max	1,00max	1,50max	0,030	0,020	24,00-26,00	3,00-4,00	6,00-8,50	1,00 max	0,15-0,25	-	W:1,00max
GX2CrNiMoN26-7-4	1.4469	0,030max	1,00max	1,00	0,035	0,025	25,00-27,00	3,00-5,00	6,00-8,00	1,30max.	0,12-0,22	-

BS 20113 Product Mechanical Properties

Name	Number	Heat Treatment			Thickness	Tensile Test
		Symbol	Heat Treat Temp.	Tempering Temp	Thickness	R_p0,2	R_m	A
		Symbol	^oC	^oC	mm	MPa	MPa	%
Ferritic amd martensitic
GP240GH	1.0619	+N	900-980	-	t =< 100	240	420-600	22
GP240GH	1.0619	+QT	890-980	600-700	t =< 100	240	420-600	22
GP280GH	1.0625	+N	900-980	-	t =< 100	280	480-640	22
GP280GH	1.0625	+QT	890-980	600-700	t =< 100	280	480-640	22
G17Mn5	1.1131	+QT	890-980	600-700	t =< 50	240	450-600	24
G20Mn5	1.6220	+N	900-980	-	t =< 30	300	480-620	20
G20Mn5	1.6220	+QT	900-940	610-660	t =< 100	300	500-650	22
G18Mo5	1.5422	+QT	920-980	650-730	t =< 100	240	440-790	23
G20Mo5	1.5419	+QT	920-980	650-730	t =< 100	245	440-590	22
G17CrMo5-5	1.7357	+QT	920-960	680-730	t =< 100	315	490-690	20
G17CrMo9-10	1.7379	+QT	930-970	680-740	t =< 150	400	590-740	18
G12MoCrV5-2	1.7720	+QT	950-1000	680-720	t =< 100	295	510-660	17
G17CrMoV5-10	1.7706	+QT	920-960	680-740	t =< 150	440	590-780	15
G9Ni10	1.5636	+QT	830-890	600-650	t =< 35	280	480-630	24
G17NiCrMo13-6	1.6781	+QT	890-930	600-640	t =< 200	600	750-900	15
G9Ni14	1.5638	+QT	820-900	590-640	t =< 35	360	500-650	20
GX15CrMo5	1.7365	+QT	930-990	680-730	t =< 150	420	630-760	16
GX8CrNi12e	1.4107	+QT1	1000-1060	680-730	t =< 300	355	540-690	18
GX8CrNi12e	1.4107	+QT2	1000-1060	600-680	t =< 300	500	600-800	16
GX3CrNi13-4	1.6982	+QT	1000-1050	670-690 + 590-620	t =< 300	500	700-900	15
GX4CrNi13-4	1.4317	+QT	1000-1050	590-620	t =< 300	550	760-960	15
GX23CrMoV12-1	1.4931	+QT	1030-1080	700-750	t =< 150	540	740-880	15
GX4CrNiMo16-5-1	1.4405	+QT	1020-1070	580-630	t =< 300	540	760-960	15
Austenitic and Ferritic Steel
GX2CrNi19-11	1.4309	+AT	1050-1150	-	t =< 150	-	440-640	30
GX5CrNi19-10	1.4308	+AT	1050-1150	-	t =< 150	-	440-640	30
GX5CrNiNb19-11	1.4552	+AT	1050-1150	-	t =< 150	-	440-640	25
GX2CrNiMo19-11-2	1.4409	+AT	1080-1150	-	t =< 150	-	440-640	30
GX5CrNiMo19-11-2	1.4408	+AT	1080-1150	-	t =< 150	-	440-640	30
GX5CrNiMoNb19-11-2	1.4581	+AT	1080-1150	-	t =< 150	-	440-640	25
GX2NiCrMo28-20-2	1.4458	+AT	1080-1180	-	t =< 150	-	430-630	30
GX10NiCrSiNb32-20	1.4859	-	-	-	t =< 50	180	440-640	25
GX10NiCrSiNb32-20	1.4859	-	-	-	50 < t =< 50	180	400-600	20
GX2CrNiMoN22-5-3	1.4470	+AT	1120-1150	-	t =< 150	420	600-800	20
GX3CrNiMoCuN25-6-3-3	1.4517	+AT	1120-1150	-	t =< 150	480	650-850	22
GX2CrNiMoN25-7-3	1.4417	+AT	1120-1150	-	t =< 150	480	650-850	22
GX2CrNiMoN26-7-4	1.4469	+AT	1140-1180	-	t =< 150	480	650-850	22

Steel Selection links

British Stainless Steel Association...Properties /Relevant Standards for Stainless Steels
Molybdenum Page...Information on Molybdenum steels
Grade Alternatives... Mikra metal Stainless Steel Grades
Material Cross Reference List..Coromant- Sandvik comprehensive list of steels
Hendrix Group..General Material Information Available
Key-To-Steel...An excellent reference site for steel classifications and properties.- registration required for full access
West Yorkshire Steel Co Ltd ...Reputable UK Steel Supplier, Site includes Material specifications
Introduction to Comparing World Steel Standards ..Download .Useful Notes from ASTM (No equivalent only comparable)
Numbering Systems for Metals and Alloys...WNR (German/european) & UNS Numbering system lookup data
European steels and Alloys ...Database of European Steels and Alloy and equivalents - Vast amount of useful information.

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