spring steel strip (stainless)

Month	Spring steel Strip 1.4310	Spring steel strip 1.4310 (increased Mo)	Spring steel wire 1.4310	Stainless steel strip 1.4301	Precision steel strip 1.4301	Stainless steel wire 1.4301	Precision steel strip 1.4404	Stainless steel wire 1.4404
2025
May	2,25	2,55	2,36	1,98	2,38	2,50	3,92	4,08
Apr	2,37	2,69	2,56	2,09	2,51	2,70	4,14	4,39
March	2,38	2,71	2,61	2,10	2,52	2,76	4,18	4,47
Feb	2,40	2,73	2,60	2,12	2,54	2,75	4,23	4,48
Jan	2,40	2,72	2,60	2,12	2,54	2,76	4,21	4,48
2024
Dec	2,34	2,66	2,49	2,06	2,48	2,64	4,14	4,36
Nov	2,37	2,68	2,52	2,10	2,51	2,68	4,16	4,38
Oct	2,25	2,56	2,44	1,99	2,39	2,59	3,99	4,25
Sept	2,28	2,60	2,50	2,02	2,42	2,66	4,04	4,33
Aug	2,40	2,74	2,62	2,12	2,55	2,79	4,30	4,58
July	2,58	2,92	2,78	2,29	2,75	2,97	4,58	4,83
june	2,60	2,91	2,80	2,31	2,78	3,00	4,51	4,77
May	2,44	2,73	2,61	2,16	2,59	2,78	4,20	4,42
Apr	2,39	2,69	2,56	2,12	2,54	2,73	4,16	4,38
March	2,29	2,58	2,44	2,02	2,42	2,59	3,96	4,17
Feb	2,21	2,51	2,42	1,95	2,34	2,57	3,89	4,17
Jan	2,25	2,50	2,51	1,99	2,38	2,67	3,79	4,13
2023
Dec	2,32	2,62	2,66	2,06	2,47	2,84	4,05	4,46
Nov	2,42	2,76	2,79	2,14	2,57	2,99	4,33	4,82
Oct	2,48	2,83	2,90	2,20	2,64	3,11	4,51	5,07
Sept	2,46	2,81	2,85	2,19	2,63	3,07	4,47	4,99
Aug	2,49	2,81	2,88	2,21	2,65	3,10	4,39	4,91
July	2,68	3,00	3.08	2,38	2,86	3.32	4,66	5.18
june	2,82	3,13	3,26	2,51	3,01	3,51	4,86	5,40
May	2,84	3,21	3,33	2,53	3,03	3,58	5,05	5,60
Apr	2,96	3,58	3,43	2,65	3,17	3,70	6,05	6,63
March	3,24	3,87	3,75	2,90	3,48	4,05	6,57	7,25
Feb	3,33	3,77	3,84	2,99	3,59	4,16	6,10	6,74
Jan	3,25	3,58	3,79	2,92	3,50	4,11	5,61	6,27
2022
Dec	3,01	3,30	3,58	2,69	3,22	3,87	5,08	5,80
Nov	3,03	3,30	3,56	2,68	3,21	3,83	5,02	5,70
Oct	3,01	3,24	3,58	2,65	3,17	3,83	4,80	5,50
Sept	2,95	3,14	3,51	2,58	3,10	3,77	4,61	5,28
Aug	3,07	3,30	3,58	2,73	3,28	3,84	4,92	5,49
July	3,53	3,74	4,18	3,14	3,77	4,49	5,53	6,28
june	3,62	3,86	4,56	3,22	3,85	4,91	5,67	6,85
May	4,30	4,52	4,78	3,84	4,61	5,14	6,67	7,14
Apr	3,64	3,86	4,15	3,25	3,90	4,45	5,73	6,27
March	2,99	3,22	3,42	2,66	3,19	3,65	4,79	5,25
Feb	2,80	3,02	3,20	2,48	2,97	3,40	4,51	4,96
Jan	2,74	2,97	3,12	2,42	2,91	3,30	4,40	4,81
2021
Dec	2,62	2,85	3,05	2,31	2,77	3,22	4,26	4,72
Nov	2,47	2,70	2,85	2,19	2,62	3,02	4,06	4,47
Oct	2,47	2,71	2,71	2,19	2,63	2,88	4,11	4,37
Sept	2,44	2,60	2,64	2,17	2,60	2,81	4,02	4,24
Aug	2,28	2,52	2,54	2,02	2,43	2,70	3,83	4,10
July	2,14	2,33	2,35	1,90	2,28	2,49	3,48	3,73
june	2,09	2,21	2,26	1,85	2,23	2,41	3,19	3,38
May	2,02	2,12	2,10	1,79	2,15	2,23	3,05	3,14
Apr	2,08	2,20	2,06	1,85	2,22	2,19	3,18	3,17
March	2,08	2,17	2,09	1,85	2,22	2,23	3,15	3,17
Feb	1,93	2,01	2,01	1,72	2,06	2,15	2,91	3,00
Jan	1,78	1,86	1,85	1,59	1,91	1,98	2,72	2,80
2020
Dec	1,69	1,78	1,76	1,52	1,82	1,88	2,61	2,68
Nov	1,62	1,70	1,68	1,45	1,74	1,80	2,48	2,55
Oct	1,63	1,70	1,69	1,46	1,75	1,81	2,48	2,54
Sept	1,53	1,59	1,59	1,37	1,64	1,70	2,30	2,37
Aug	1,53	1,59	1,56	1,37	1,64	1,67	2,29	2,33
July	1,52	1,60	1,55	1,36	1,63	1,65	2,31	2,35
june	1,53	1,62	1,52	1,36	1,64	1,61	2,36	2,34
May	1,44	1,53	1,41	1,28	1,53	1,49	2,22	2,19
Apr	1,46	1,56	1,46	1,30	1,56	1,55	2,32	2,34
March	1,53	1,66	1,57	1,37	1,64	1,66	2,49	2,53
Feb	1,62	1,72	1,67	1,45	1,74	1,78	2,54	2,59
Jan	1,61	1,70	1,65	1,44	1,72	1,76	2,51	2,55
2019
Dec	1,79	1,87	1,82	1,61	1,93	1,95	2,78	2,81
Nov	1,92	2,04	1,95	1,73	2,08	2,10	3,10	3,14
Oct	1,92	2,05	1,98	1,73	2,07	2,13	3,11	3,19
Sept	1,74	1,87	1,78	1,56	1,87	1,90	2,83	2,88
Aug	1,55	1,69	1,57	1,38	1,66	1,67	2,55	2,57
July	1,54	1,68	1,55	1,36	1,63	1,64	2,51	2,53
june	1,56	1,70	1,59	1,38	1,66	1,68	2,55	2,58
May	1,63	1,78	1,67	1,45	1,74	1,77	2,66	2,71
Apr	1,61	1,75	1,63	1,43	1,72	1,73	2,64	2,66
March	1,52	1,65	1,55	1,35	1,62	1,64	2,46	2,48
Feb	1,39	1,53	1,42	1,23	1,47	1,50	2,28	2,31
Jan	1,45	1,59	1,48	1,28	1,53	1,56	2,37	2,41
2018
Dec	1,55	1,69	1,57	1,37	1,64	1,66	2,51	2,53
Nov	1,60	1,73	1,66	1,41	1,69	1,76	2,57	2,64
Oct	1,63	1,77	1,70	1,44	1,73	1,79	2,62	2,69
Sept	1,72	1,86	1,79	1,52	1,83	1,90	2,74	2,83
Aug	1,79	1,90	1,85	1,58	1,90	1,96	2,77	2,84
July	1,86	1,98	1,93	1,65	1,98	2,05	2,90	2,98
june	1,73	1,86	1,79	1,53	1,83	1,89	2,73	2,80
May	1,62	1,75	1,65	1,43	1,72	1,74	2,58	2,61
Apr	1,59	1,73	1,58	1,41	1,69	1,67	2,57	2,57
March	1,53	1,66	1,54	1,35	1,62	1,63	2,5	2,49
Feb	1,49	1,61	1,54	1,32	1,58	1,62	2,39	2,35
Jan	1,47	1,55	1,52	1,29	1,55	1,59	2,24	2,21
2017
Dec	1,54	1,62	1,59	1,36	1,64	1,67	2,32	2,3
Nov	1,44	1,52	1,41	1,26	1,51	1,48	2,14	2,08
Oct	1,42	1,50	1,37	1,25	1,50	1,45	2,14	2,07
Sept	1,26	1,34	1,26	1,11	1,33	1,32	1,92	1,88
Aug	1,26	1,33	1,25	1,11	1,33	1,32	1,87	1,82
July	1,36	1,44	1,38	1,19	1,43	1,45	2,00	1,97
june	1,42	1,52	1,46	1,24	1,49	1,53	2,14	2,14
May	1,54	1,64	1,59	1,35	1,62	1,67	2,32	2,35
Apr	1,66	1,74	1,70	1,46	1,75	1,79	2,43	2,45
March	1,60	1,67	1,64	1,40	1,69	1,72	2,31	2,32
Feb	1,64	1,70	1,57	1,43	1,72	1,65	2,34	2,23
Jan	1,51	1,58	1,45	1,34	1,61	1,54	2,25	2,15
2016
Dec	1,35	1,41	1,31	1,20	1,44	1,39	2,02	1,95
Nov	1,24	1,31	1,19	1,10	1,32	1,27	1,89	1,80
Oct	1,16	1,22	1,10	1,03	1,23	1,17	1,77	1,71
Sept	1,23	1,29	1,14	1,09	1,31	1,22	1,86	1,78
Aug	1,14	1,20	1,03	1,01	1,22	1,10	1,74	1,62
July	1,02	1,10	0,88	0,90	1,08	0,93	1,60	1,45
june	1,03	1,09	0,95	0,91	1,10	1,01	1,55	1,45
May	0,97	1,00	0,89	0,85	1,02	0,94	1,41	1,31
Apr	0,98	1,01	0,93	0,87	1,04	0,99	1,43	1,37
March	0,94	0,97	0,88	0,83	0,99	0,93	1,36	1,30
Feb	0,99	1,02	0,93	0,87	1,05	0,99	1,43	1,39
Jan	1,05	1,07	1,00	0,93	1,11	1,07	1,48	1,44
2015
Dec	1,13	1,15	1,11	1,00	1,20	1,18	1,60	1,58
Nov	1,12	1,15	1,11	1,00	1,20	1,18	1,62	1,61
Oct	1,11	1,14	1,12	0,99	1,18	1,19	1,61	1,63
Sept	1,22	1,25	1,27	1,08	1,30	1,35	1,78	1,85
Aug	1,31	1,35	1,37	1,17	1,40	1,45	1,93	2,01
July	1,39	1,56	1,47	1,24	1,49	1,57	2,11	2,24
june	1,43	1,49	1,55	1,28	1,53	1,65	2,19	2,36
May	1,42	1,50	1,54	1,27	1,53	1,64	2,22	2,39
Apr	1,47	1,54	1,62	1,32	1,58	1,73	2,28	2,49
March	1,47	1,55	1,61	1,32	1,59	1,73	2,31	2,51
Feb	1,44	1,52	1,56	1,29	1,55	1,67	2,27	2,45
Jan	1,47	1,55	1,64	1,33	1,59	1,75	2,31	2,56
2014
Dec	1,39	1,48	1,54	1,25	1,50	1,65	2,22	2,44
Nov	1,47	1,56	1,63	1,32	1,58	1,75	2,35	2,59
Oct	1,60	1,72	1,78	1,44	1,73	1,91	2,63	2,91
Sept	1,55	1,67	1,73	1,40	1,68	1,58	2,56	2,84
Aug	1,55	1,67	1,74	1,40	1,67	1,86	2,59	2,84
July	1,55	1,69	1,73	1,39	1,67	1,85	2,62	2,90
june	1,51	1,62	1,71	1,36	1,63	1,83	2,50	2,80
May	1,32	1,41	1,50	1,19	1,42	1,60	2,13	2,39
Apr	1,20	1,27	1,38	1,07	1,29	1,47	1,90	2,14
March	1,18	1,25	1,33	1,05	1,26	1,41	1,86	2,07
Feb	1,16	1,24	1,30	1,03	1,24	1,38	1,83	2,03
Jan	1,12	1,20	1,26	1,00	1,20	1,34	1,77	1,98
2013
Dec	1,16	1,24	1,30	1,03	1,24	1,38	1,83	2,04
Nov	1,12	1,20	1,27	1,00	1,20	1,35	1,76	1,98
Oct	1,17	1,25	1,32	1,05	1,26	1,40	1,84	2,05
Sept	1,20	1,27	1,34	1,07	1,28	1,42	1,87	2,07
Aug	1,19	1,27	1,36	1,06	1,27	1,44	1,89	2,14
July	1,27	1,36	1,47	1,14	1,36	1,56	2,04	2,32
june	1,34	1,44	1,54	1,20	1,44	1,63	2,16	2,44
May	1,43	1,52	1,62,1	28	1,54	1,72	2,27	2,54
Apr	1,42	1,52	1,62	1,28	1,53	1,73	2,29	2,57
March	1,47	1,56	1,67	1,32	1,58	1,78	2,36	2,65
Feb	1,45	1,55	1,65	1,30	1,56	1,76	2,36	2,64
Jan	1,64	1,56	1,66	1,31	1,57	1,78	2,36	2,64
2012
Dec	1,39	1,48	1,58	1,25	1,50	1,69
Nov	1,51	1,61	1,76	1,36	1,63	1,88
Oct	1,50	1,62	1,72	1,34	1,61	1,83
Sept	1,48	1,58	1,70	1,32	1,58	1,81
Aug	1,54	1,66	1,78	1,38	1,65	1,90
July	1,58	1,71	1,82	1,41	1,70	1,94
june	1,58	1,71	1,82	1,42	1,70	1,93
May	1,58	1,71	1,78	1,42	1,70	1,90
Apr	1,63	1,77	1,87	1,47	1,76	2,00
March	1,73	1,86	2,00	1,57	1,88	2,14
Feb	1,65	1,78	1,91	1,49	1,79	2,04
Jan	1,50	1,62	1,72	1,34	1,61	1,84
2011
Dec	1,50	1,63	1,73	1,35	1,62	1,85
Nov	1,56	1,69	1,79	1,40	1,68	1,91
Oct	1,68	1,81	1,94	1,51	1,81	2,07
Sept	1,75	1,88	2,04	1,58	1,90	2,18
Aug	1,80	1,93	2,11	1,62	1,95	2,26
July	1,78	1,92	2,07	1,60	1,92	2,21
june	1,93	2,07	2,23	1,74	2,09	2,39
May	2,03	2,19	2,36	1,84	2,21	2,53
Apr	2,14	2,30	2,49	1,94	2,33	2,67
March	2,23	2,40	2,55	2,02	2,41	2,74
Feb	2,12	2,29	2,43	1,92	2,30	2,61
Jan	1,96	2,12	2,28	1,77	2,12	2,44
2010
Dec	1,83	1,99	2,13	1,66	1,99	2,28
Nov	1,89	2,05	2,17	1,71	2,05	2,33
Oct	1,91	20,8	2,22	1,72	2,07	2,38
Sept	1,81	1,96	2,12	1,63	1,96	2,27
Aug	1,74	1,91	20,4	1,57	1,88	2,18
July	1,85	2,02	2,18	1,67	2,00	2,37
june	2,05	2,24	2,41	1,86	2,23	2,58
May	1,98	2,16	2,31	1,80	2,15	2,48
Apr	1,60	1,78	1,86	1,44	1,74	2,00
March	1,32	1,48	1,54	1,20	1,44	1,65
Feb	1,25	1,38	1,46	1,13	1,36	1,57
Jan	1,06	1,14	1,24	0,95	1,15	1,33
2009
Dec	1,13	1,21	1,31	1,02	1,23	1,41
Nov	1,17	1,28	1,32	1,06	1,27	1,43
Oct	1,18	1,31	1,38	1,07	1,29	1,48
Sept	1,20	1,36	1,40	1,09	1,31	1,51
Aug	0,99	1,08	1,11	0,89	1,07	1,20
July	0,86	0,95	0,99	0,78	0,94	1,07
june	0,74	0,82	0,89	0,67	0,80	0,95
May	0,67	0,74	0,85	0,60	0,72	0,91
Apr	0,72	0,80	0,93	0,64	0,76	0,99
March	0,83	0,92	1,15	0,74	0,89	1,22
Feb
Jan
All values are €/Kg

For stainless spring steel strip we predominantly stock material-no. 1.4310. You can order this material as strips or sheets.

Our special strength is a distinctive stock of wide strips (mostly with a width of 300 mm) in a variety of thicknesses and tensile strengths. Strips with a thickness of 0,50 mm or higher are also stocked as sheets with a length of 2 m.

Material	Material Number	DIN Material Code	US Material Code (AISI/SAE)
X10CrNi18-8	1.4310	X12CrNi17-7	301

Material Standard	DIN EN 10151
Dimension standard	DIN EN ISO 9445
Products	Band as straightened sheets Strips
Dimensions	Width: 1,0 to 300,0 mm Thickness: 0,025 to 3,00 mm Other dimensions on request
Edges	cut or rounded
Tensile strength (Rm)	1100 to 1900 N/mm², other tensile strenghts on request
Surface	2H
Information	to produce slit coils a minimum width/thickness ratio of 3:1 is needed. Stainless steel according to EN 10151 has a chrome proportion of at least 16% and a nickel proportion of at least 6%. X10CrNi18-8 is an austenitic steel, the tensile strength derives from the cold rolling process. this steel is especially suited to produce springs and reaches the highest possible tensile strengths.
Heat Treatment	after the forming process of the spring the tensile strength can be increased by heat Treatment. the heat treatment also smoothes out the tensions of the forming process. the DIN recommendation reaches from annealing at 250°C for 24 hours to 450°C for 30 minutes; cooling down by air. the maximum possible temperature of usage is between 120°C and 250°C (dependent upon load).

Chemical analysis (in%) according to EN 10151

Material Code	1.4310
C	0,01 - 0,15
Si	≤ 2,00
Mn	≤ 2,00
P	≤ 0,045
S	≤ 0,015
Cr	16,00 - 19,00
Mo	≤ 0,80
Ni	6,00 - 9,50
N	≤ 0,11

Additional Informtion

MECHANICAL PROPERTIES

Edging possibilities at an angle of 90°according EN 10151, table 5 (excerpt)

Minimum Elongation A80 % at different tensile strengths according EN 10151 excerpt of table A.2 (material 1.4310)

E-modulus in GPa (Gigapascal) at room temperature according EN 10151 table A.5 (excerpt)

TOLERANCES

Tolerances of thickness according ISO 9445, table 1, for nominal widths below 125 mm

Tolerances of thickness according to ISO 9445, table 1, with nominal widths of 125 to less than 250 mm

Tolerances of thickness according to ISO 9445, table 1, with nominal widths of 250 to less than 600 mm

Width tolerances according ISO 9445, table 4, for nominal widths below 40 mm

Width tolerances according ISO 9445, table 4, with nominal widths of 40 to less than 125 mm

Width tolerances according ISO 9445, table 4, with nominal widths of 125 to less than 250 mm

Width tolerances according ISO 9445, table 4, with nominal widths of 250 to less than 600 mm

Length tolerances according ISO 9445, table 7

Show Data Sheet

erstelle PDF...

You can order the cold rolled and tempered spring steel as strips or sheets.

Our special strength is a distinctive stock of wide strips (mostly with a width of 300 mm) in a variety of thicknesses and tensile strengths. Strips with a thickness of 0,50 mm or higher are also stocked as sheets with a length of 2 m.

Material	Material Number	DIN Material Code	US Material Code (AISI/SAE)
C67S+QT	1.1231+QT	Ck 67 H+A	~ 1070
C75S+QT	1.1248+QT	Ck 75 H+A	~ 1075
C85S+QT	1.1269+QT	Ck 85 H+A	~ 1086
C100S+QT	1.1274+QT	Ck 101 H+A	~ 1095

Material Standard	DIN EN 10132-4
Dimension standard	DIN EN 10140
Products	Band as straightened sheets Strips
Dimensions	width: 1,00 to 300,00 mm thickness: 0,01 to 3,00 mm Do you need more extreme Dimensions (thicker, wider)? Maybe you can apply 75Cr1 instead. More information on: tool-steel - low alloyed
Edges	cut or rounded
Tensile strength (Rm)	1100 to 2000 N/mm²
Surface	flat, polished
Information	to produce slit coils a minimum width/thickness ratio of 3:1 is needed. the E-Modulus is approx. 206 Gigapascal, the shear modulus is approx. 78 Gigapascal
Heat Treatment	+QT: "quenched and tempered"

Chemical analysis (in %) according to DIN EN 10132-4

Material Code	C67S+QT	C75S+QT	C85S+QT	C100S+QT
C	0,65 - 0,73	0, 70 - 0,80	0,80 - 0,90	0,95 - 1,05
Si	0,15 - 0,35	0,15 - 0,35	0,15 - 0,35	0,15 - 0,35
Mn	0,60 - 0,90	0,60 - 0,90	0,40 - 0,70	0,40 - 0,70
P	≤ 0,025	≤ 0,025	≤ 0,025	≤ 0,025
S	≤ 0,025	≤ 0,025	≤ 0,025	≤ 0,025
Cr	≤ 0,40	≤ 0,40	≤ 0,40	≤ 0,40
Mo	≤ 0,10	≤ 0,10	≤ 0,10	≤ 0,10
V	-	-		-
Ni	≤ 0,40	≤ 0,40	≤ 0,40	≤ 0,40

Additional Informtion

TOLERANCES

Tolerances of thickness according to EN 10140, table 1, for nominal widths below 125 mm

Tolerances of thickness according to EN 10140, table 1, with nominal widths of 250 to less than 600 mm

Tolerances of thickness according to EN 10140, table 1, with nominal widths of 125 to less than 250 mm

Tolerance of width according EN 10140, table 3, cut edges, nominal widths under 125 mm

Tolerance of width according EN 10140, table 3, cut edges, , with nominal widths of 125 to less than 250 mm

Tolerance of width according EN 10140, table 3, cut edges, , with nominal widths of 250 to less than 600 mm

Tolerance of length according EN 10140, table 4

MECHANICAL PROPERTIES

Reference values of Rockwell hardness according to EN 10132-4, Table A.1

Guide values for heat treatment and minimum hardness for material in hardened condition according EN 10132-4, table A.2

Other

Comparable former Descriptions according EN 10132-4, table B.1

Show Data Sheet

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You can order the cold rolled and annealed spring steel as strips or sheets.

Our special strength is a distinctive stock of wide strips (mostly with a width of 300 mm) in a variety of thicknesses and tensile strengths. Strips with a thickness of 0,50 mm or higher are also stocked as sheets with a length of 2 m.

Material	Material Number	DIN Material Code	US Material Code (AISI/SAE)
C67S+LC	1.1231+LC	Ck 67 GBK, LG	~ 1070
C75S+LC	1.1248+LC	Ck 75 GBK,LG	~ 1075
C85S+LC	1.1269+LC	Ck 85 GBK,LG	~ 1086
C100S+LC	1.1274+LC	Ck 101 GBK, LG	~ 1095

Material Standard	DIN EN 10132-4
Dimension standard	DIN EN 10140
Dimensions	width: 1,00 to 300,00 mm thickness: 0,01 to 3,00 mm Do you need more extreme Dimensions (thicker, wider)? Maybe you can apply 75Cr1 instead. More information on: tool-steel - low alloyed
Edges	cut or rounded
Tensile strength (Rm)	490 - 800 N/mm²
Surface	flat, bright
Information	to produce slit coils a minimum width/thickness ratio of 3:1 is needed
Heat Treatment	+LC, which is "annealed and skin passed" good to be hardened in oil

Chemical analysis (in %) according to DIN EN 10132-4

Material Code	C67S+LC	C75S+LC	C85S+LC	C100S+LC
C	0,65 - 0,73	0,70 - 0,80	0,80 - 0,90	0,95 - 1,05
Si	0,15 - 0,35	0,15 - 0,35	0,15 - 0,35	0,15 - 0,35
Mn	0,60 - 0,90	0,60 - 0,90	0,40 - 0,70	0,40 - 0,70
P	≤ 0,025	≤ 0,025	≤ 0,025	≤ 0,025
S	≤ 0,025	≤ 0,025	≤ 0,025	≤ 0,025
Cr	≤ 0,40	≤ 0,40	≤ 0,40	≤ 0,40
Mo	≤ 0,10	≤ 0,10	≤ 0,10	≤ 0,10
V	-	-	-	-
Ni	≤ 0,40	≤ 0,40	≤ 0,40	≤ 0,40

Additional Informtion

MECHANICAL PROPERTIES

Reference values of Rockwell hardness according to EN 10132-4, Table A.1

Guide values for heat treatment and minimum hardness for material in hardened condition according EN 10132-4, table A.2

TOLERANCES

Tolerances of thickness according to EN 10140, table 1, for nominal widths below 125 mm

Tolerances of thickness according to EN 10140, table 1, with nominal widths of 125 to less than 250 mm

Tolerances of thickness according to EN 10140, table 1, with nominal widths of 250 to less than 600 mm

Tolerance of width according EN 10140, table 3, cut edges, nominal widths under 125 mm

Tolerance of width according EN 10140, table 3, cut edges, , with nominal widths of 125 to less than 250 mm

Tolerance of width according EN 10140, table 3, cut edges, , with nominal widths of 250 to less than 600 mm

Tolerance of length according EN 10140, table 4

Other

Comparable former Descriptions according EN 10132-4, table B.1

Show Data Sheet

erstelle PDF...

Alloy Surcharges

Chemical analysis (in%) according to EN 10151

Additional Informtion

Chemical analysis (in %) according to DIN EN 10132-4

Additional Informtion

Chemical analysis (in %) according to DIN EN 10132-4

Additional Informtion