TabellenAnzeige | Stahl-Becker

Alloy surcharges 2019 Dec : Spring steel Strip 1.4310 : 1,79Spring steel strip 1.4310 (increased Mo) : 1,87 Spring steel wire 1.4310 : 1,82Stainless steel strip 1.4301 : 1,61Precision steel strip 1.4301 : 1,93Stainless steel wire 1.4301 : 1,95Precision steel strip 1.4404 : 2,78Stainless steel wire 1.4404 : 2,81

Stahl-Becker

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
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
Alle Werte in €/Kg

E-Modulus in GPa (Gigapascal) at room temperature (guide value) according EN 10270-3 table A.1 (excerpt for material 1.4310)

Intermediate values can be averaged. With rising temperatures the levels of E modulus and shear modulus decline. The specifications for the shear modulus apply to measurement with a torsion pendulum at wires with max. 2,8 mm diameter. The E-modulus is calculated from the shear modulus with the poissons constant of 0,30. 1 Pascal = 1 N/m²

Condition of the wire	Delivery condition	+ heat treatment
Rm approx. 1800 Mpa	180	195
Rm approx. 1300 Mpa	174	189

Legierungszuschläge

E-Modulus in GPa (Gigapascal) at room temperature (guide value) according EN 10270-3 table A.1 (excerpt for material 1.4310)