Materials

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Overview of all Materials

Overview of materials (PDF)

Stainless steel; material standard: 10088-2 & 10151 / standard of dimension and shape EN ISO 9445 : 2010
EN-material number	EN-Code	ASTM / AISI	C	Si	Mn	Cr	Ni	Mo	Others	Rp0,2 [MPa]	Rp1,0 [MPa]	Rm [MPa]	A80 [min.%]
1.4016¹	X6 Cr17	430	≤ 0,08	≤ 1,00	≤ 1,00	16,0-18,0	-	-	-	≥ 280	-	450-600	20
1.4021¹	X20 Cr13	420	0,16-0,25	≤ 1,00	≤ 1,50	12,0-14,0	-	-	-	-	-	≤ 700	15
1.4034¹	X46 Cr13	-	0,43 - 0,50	≤ 1,00	≤ 1,00	12,5-14,5	-	-	-	-	-	≤ 780	12
1.4162¹	X2 CrMnNiN 22-5-2	S 32101	≤ 0,04	≤ 1,00	4,00-6,00	21,0-22,0	1,35 - 1,70	0,10 - 0,80	N 0,20-0,25 Cu 0,10-0,80	≥ 450	-	700-840	30
1.4301¹/ 1.4301S*	X5 CrNi 18-10	304 / 304 S	≤ 0,07	≤ 1,00	≤ 2,00	17,0-19,5	8,0-10,5	-	N ≤ 0,11	≥ 230	≥ 260	540-750	45
1.4303¹/ 1.4303S*	X4 CrNi 18-12	305 / 305 S	≤ 0,06	≤ 1,00	≤ 2,00	17,0-19,0	11,0-13,0	-	N ≤ 0,11	≥ 220	≥ 250	500-650	45
1.4306¹	X2 CrNi 19-11	304 L	≤ 0,03	≤ 1,00	≤ 2,00	18,0-20,0	10,0-12,0	-	N ≤ 0,11	≥ 220	≥ 250	520-670	45
1.4310²	X10 CrNi 18-8	301	0,05-0,15	≤ 2,00	≤ 2,00	16,0-19,0	6,0-9,5	≤ 0,80	N ≤ 0,11	≥ 250	≥ 280	900-2200	40³
1.4318	X2 CrNiN 18-7	301 LN	≤ 0,03	-	≤ 2,00	16,5-18,5	6,5-8,0	-	N ≤ 0,20	≥ 350	≥ 380	650-850	≥ 35
1.4372²	X12 CrMnNiN 17-7-5	201	≤ 0,15	≤ 1,00	5,50-7,50	16,0-18,0	3,50-5,50	-	N 0,05-0,25	≥ 350	380	850-1700	45³
1.4401¹	X5 CrNiMo 17-12-2	316	≤ 0,07	≤ 1,00	≤ 2,00	16,5-18,5	10,0-13,0	2,0 - 2,5	N ≤ 0,11	≥ 220	≥ 270	530-680	40
1.4404¹	X2 CrNiMoN 17-12-2	316 L	≤ 0,03	≤ 1,00	≤ 2,00	16,5-18,5	10,0-13,0	2,0 - 2,5	N ≤ 0,11	≥ 240	≥ 270	530-680	40
1.4462¹	X2 CrNiMoN 22-5-3	318 LN	≤ 0,03	≤ 1,00	≤ 2,00	21,0-23,0	4,5-6,5	2,5 - 3,5	N 0,10-0,22	≥ 500	-	660-950	20
1.4509¹	X2 CrTiNb 18	441	≤ 0,03	≤ 1,00	≤ 1,00	17,5-18,5	-	-	Ti0,10-0,60Nb [3xC+0,3] bis1,00	≥ 250	-	430-630	18
1.4510	X3 CrTi 17	430 Ti	≤ 0,05	≤ 1,00	≤ 1,00	16,0-18,0	-	-	Ti[4x(C+N)+0,15] bis 0,80	≥ 240	-	420-600	23
1.4512	X2 CrTi 12	409	≤ 0,03	≤ 1,00	≤ 1,00	10,5-12,5	-	-	Ti [6x(C+N) bis 0,65	≥ 220	-	380-560	25
1.4520	X2 CrTi 17	439	≤ 0,025	≤ 0,50	≤ 0,50	16,0-18,0	-	-	N ≤ 0,015, Ti 0,3 - 0,6	≥ 200	-	380-530	24
1.4521¹	X2 CrMoTi 18-2	444	≤ 0,025	≤ 1,00	≤ 1,00	17,0-20,0	-	1,80-2,50	Ti [4 (C+N)+0,15] ≤0,80	≥ 320	-	420-640	20
1.4539¹	X1 NiCrMoCu25-20-5	904 L	≤ 0,02	≤ 0,70	≤ 2,00	19,0-21,0	24,0-26,0	4,0 - 5,0	Cu 1,2 - 2,0; N ≤0,15	≥ 240	≥ 270	530-730	35
1.4541¹	X6 CrNiTi 18-10	321	≤ 0,08	≤ 1,00	≤ 2,00	17,0-19,0	9,0-12,0	-	Ti 5xC ≤ 0,70	≥ 220	≥ 250	520-720	40
1.4568²	X7 CrNiAl 17-7	17/7 PH	≤ 0,09	≤ 0,70	≤ 1,00	16,0-18,0	6,5-7,8	-	Al 0,70 - 1,50	-	-	1000-1800	19³
1.4571¹	X6 CrNiMoTi 17-12-2	316 Ti	≤ 0,08	≤ 1,00	≤ 2,00	16,5-18,5	10,5 - 13,5	2,0 - 2,5	Ti 5xC ≤ 0,70	≥ 240	≥ 270	540-690	40
1.4607	X2 CrNbTi 20	-	≤ 0,030	≤ 1,00	≤ 1,00	18,5-20,5	-	-	N ≤ 0,030,Ti[4x(C+N)+0,15] ≤ 0,80	≥ 330	-	430-580	≥ 30
1.4618	X9CrMuNiCu17-8-5-2	201-1	≤ 0,10	≤ 1,00	5,50-7,50	16,5-18,5	4,5-5,5	-	N ≤ 0,15, Cu 1,0-2,5	280-380	-	600-750	≥ 35
1.4621	X2 CrNbCu 21	UNS 44500	≤ 0,015	-	≤ 1,00	20,0-23,0	-	-	N ≤ 0,020, Cu 0,30-0,70, Nb ≤ 0,50	≥ 245	-	≥ 410	≥ 40
1.4640	X5 CrNiCu 19-6-2	301 Cu	≤ 0,08	-	1,50-4,00	18,0-19,0	5,5-6,9	-	N 0,03-0,11, Cu 1,30-2,0	≥ 250	-	540-750	≥ 43
1.4828	X15 CrNiSi 20.12	~ 309	≤ 0,20	1,50- 2,00	≤ 2,00	19,0-21,0	11,0-13,0	-	N ≤ 0,11	≥ 230	-	500-750	28
¹. Material also available in temper-rolled condition (Rm ≥ 800 MPa) ². Also in annealed condition available ³. Steel in soft condition cannot be used as spring steel *. High Ni Content

Specialy Alloys: material standard DIN 10095, DIN 17740 - 17750, DIN 17860; Standard of dimension and shape DIN EN ISO 9445-1, DIN EN ISO 9445-2 / DIN 59746 Mass fraction in %
EN-material number	EN-Code	ASTM / AISI	C	Si	Mn	Cr	Ni	Mo	Others	Rp0,2 [MPa]	Rp1,0 [MPa]	Rm [MPa]	A80 [min.%]
1.3912	Alloy 36	K93600	0,05	0,30	0,80	0,25	35-37	-	P 0,01; S 0,01; Fe Rest	-	-	-	-
1.3917	Alloy 42	K94100	0,03	0,30	0,80	0,25	40-43	-	P 0,025; S 0,025 0,03; Fe Rest	-	-	-	-
1.4529	Alloy 926	N08926	0,02	0,5	2,0	19-21	24-26	6-7	P 0,03; S 0,01; N 0,18-0,25; Cu 0,5-1,5; N 0,15-0,25	≥ 295	-	≥ 650	≥ 35
1.4876	Alloy 800	N08800	0,10	1,0	1,5	19-23	30-35	-	S 0,0015; Cu 0,75; Al 0,15-0,6; Ti 0,15-0,6; Fe Rest	≥ 205	-	≥ 520	≥ 30
2.4060 / 2.4061 / 2.4068	Ni 200/201	N02201	0,02	0,35	0,35	-	≥ 99	-	S 0,01; Cu 0,25; Fe 0,40	≥ 80	-	≥ 345	≥ 40
2.4360	Alloy 400	N04400	0,3	0,5	2,0	-	≥ 63	-	S 0,024; Cu 28-34; Fe 2,5	≥ 195	-	≥ 480	≥ 35
2.4602	Alloy C22	N06022	0,015	0,08	0,5	20-22,5	Rest	12,5-14,5	P 0,02; S0,02; Fe 2-6; Co 2,5; W 2,5-3,5; V 0,35	≥ 310	-	≥ 690	≥ 45
2.4642	Alloy 690	N06690	0,05	0,5	0,5	27-31	≥ 58	-	Fe 7-11; Cu 0,5; s 0,015;	-	-	-	-
2.4650	Alloy C263	N07263	0,08	-	-	19-21	Rest	5,6-6,1	Fe 0,7; Co 19-21; Al 0,3-0,6; Ti 1,9-2,4	-	-	-	-
2.4665	Alloy HX	N06002	0,05-0,15	1,0	1,0	20,5-23	Rest	8-10	P 0,04; S 0,03; Co 0,5-2,5; W 0,2-1; Fe 17-20; B 0,01	≥ 240	-	≥ 655	≥ 35
2.4668	Alloy 718	N07718	0,02-0,08	-	-	17-21	50-55	2,8-3,3	Ti 0,7-1,15; Al 0,3-0,7; Nb 4,8-5,5	≤ 550	-	≤ 965	≥ 30
2.4669	Alloy 750	N07750	0,08	0,5	1,0	14-17	≥ 70	-	P 0,03; S 0,015; Cu 0,5; Al 0,4-1; Ti 2,25-2,75; Fe 5-9 Nb+Ta 0,7-1,2	≥ 890	-	≥ 800	≥ 40
2.4816	Alloy 600	N06600	0,05-0,1	0,5	1,0	14-17	≥ 72	-	P 0,02; S 0,015; Cu 0,5; Fe 6-10	≥ 240	-	≥ 500	≥ 30
2.4819	Alloy C276	N10276	0,01	0,08	1,0	14,5-16,5	Rest	15-17	P 0,04; S 0,03; Fe 4-7; Co 2,5; W3-4,5; V 0,35	≥ 283	-	≥ 690	≥ 40
2.4851	Alloy 601	N06601	0,1	0,5	1,0	21-25	58-63	-	P 0,02; S 0,015; Cu 0,5; Al 1-1,7; Ti 0,5; B 0,006; Fe 18	≥ 205	-	≥ 550	≥ 30
2.4856	Alloy 625	N06625	0,01	0,5	0,5	20-23	≥ 58	8-10	P 0,015; S 0,015; Al 4; Ti 4; Fe 5; Co 1; Nb 3,15-4,15	≥ 276	-	≥ 690	≥ 30
2.4858	Alloy 825	N08825	0,05	0,5	1,0	19,5-23,5	38-46	2,5-3,5	S 0,03; Fe 22; Cu 1,5-3; Al 0,2; Ti 0,6-12;	≥ 235	-	≥ 580	≥ 30

Special Alloys: According to ASTM B 265 Mass fraction in%
EN-material number	EN-Code	ASTM / AISI	C	Si	Mn	Cr	Ni	Mo	Others	Rp0,2 [MPa]	Rp1,0 [MPa]	Rm [MPa]	A80 [min.%]
3.7025	Ti Gr 1	R50250	0,08	-	-	-	-	-	O 0,18; N 0,03; H 0,015; Fe 0,2; Ti Rest	≥ 180	-	≥ 290	≥ 30
3.7035	Ti Gr 2	R50400	0,08	-	-	-	-	-	O 0,25; N 0,03; H 0,015; Fe 0,2; Ti Rest	≥ 250	-	≥ 390	≥ 22

High-carbon steel; material standard: EN 10132 / standard of dimension and shape EN 10140
EN-material number	EN-Code	ASTM / AISI	C	Si	Mn	Cr	Ni	Mo	Others	Rp0,2 [MPa]	Rp1,0 [MPa]	Rm [MPa]	A80 [min.%]
1.1211	C60S	1060	0,57-0,65	0,15-0,35	0,60-0,90	0,40	0,40	0,10	P 0,025; S 0,025	495	-	620	17
1.1231	C67S	1070	0,65-0,73	0,15-0,35	0,60-0,90	0,40	0,40	0,10	P 0,025; S 0,025	510	-	640	16
1.1248	C75S	1074/1075/1078	0,70-0,80	0,15-0,35	0,60-0,90	0,40	0,40	0,10	P 0,025; S 0,025	510	-	640	15
1.1269	C85S	1086	0,80-0,90	0,15-0,35	0,40-0,70	0,40	0,40	0,10	P 0,025; S 0,025	535	-	670	15
1.1274	C100S	1095	0,95-1,05	0,15-0,35	0,30-0,60	0,40	0,40	0,10	P 0,025; S 0,025	550	-	690	13
1.2002	125Cr1	-	1,20-1,30	0,15-0,35	0,25-0,40	0,4-0,6	0,40	0,10	P 0,025; S 0,025	590	-	750	11
1.8159	51CrV4	6145	0,47-0,55	≤ 0,04	0,70-1,10	0,9-1,2	0,40	0,10	P 0,025;S 0,025; V0,10-0,25	550	-	700	13
Material also available in hardened, hard-rolled and tempered condition (Rm ca. 1000 - 2000 MPa) Other alloys on request

Overview of all substitution materials
EN-material number	EN-Code	via ASTM following	C	Si	Mn	Cr	Ni	Mo	Others	Rp0,2 [MPa]	Rp1,0 [MPa]	Rm [MPa]	A80 [min.%]
S 2041	-	S20400	≤ 0,10	-	8,5-10,0	15,0-16,0	1,0-2,0	-	N ≤ 0,200, Cu 1,5-2,0	-	≥ 325	650-900	≥ 40
S 445	-	S44500	≤ 0,015	-	≤ 1,00	20,0-23,0	-	-	N ≤ 0,020, Cu 0,30-0,70, Ti ≤ 0,50	≥ 245	-	≥ 410	≥ 40
¹. Material also available in temper-rolled condition (Rm ≥ 800 MPa) ². Also in annealed condition available ³. Steel in soft condition cannot be used as spring steel *. High Ni Content

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Overview of all Materials