Material 1.4105
Stainless steel
Frade 1.4105 is a feeritic sstainless steel. The additonal sulfur gives the steel good cutting abilities. The additonal sulfur though reduces its corrosion resistance. With special heat treatment the grade receives magnetic properties.
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Standards
HDIN / EN | US-Standard | AFNOR | UNI | JIS | request |
---|---|---|---|---|---|
X6CrMoS17 X4CrMoS18 | AISI 430F UNS S43020 | SUS430F | request |
Material Category: Stainless steel
Chemical Composition
C % | Si % | Mn % | P % | S % | Cr % | Mo % |
max 0,08 | max 1,50 | max 1,50 | max 0,040 | 0,150 - 0,350 | 16,00 - 18,00 | 0,20 - 0,60 |
Mechanical Properties
DIN EN 10088-3 (12/2014) Nichtrostende Stähle. Halbzeug, Stäbe, Walzdraht, gezogener Draht, Profile und Blankstahlerzeugnisse aus korrosionsbeständigen Stählen für allgemeine Verwendung. Stäbe | |||||
geglüht | 0,2% Dehngrenze (Rp0,2) | Zugfestigkeit (Rm) | Bruchdehnung (A5, 65) | Härte [HBW] | bei Temperatur |
5 - 10 mm | >= 7 % | ~ 20 ° C | |||
10 - 16 mm | >= 310 N/mm² | 500 - 780 N/mm² | >= 7 % | ~ 20 ° C | |
16 - 40 mm | >= 250 N/mm² | 430 - 730 N/mm² | >= 12 % | ~ 20 ° C | |
40 - 63 mm | >= 250 N/mm² | 430 - 730 N/mm² | >= 12 % | ~ 20 ° C | |
63 - 100 mm | >= 250 N/mm² | 430 - 630 N/mm² | >= 20 % | ~ 20 ° C | |
<= 100 mm | >= 250 N/mm² | 430 - 630 N/mm² | >= 20 % | <= 200 HBW | ~ 20 ° C |
<= 10 mm | >= 330 N/mm² | 530 - 780 N/mm² | ~ 20 ° C | ||
>= 230 N/mm² | ~ 100 ° C | ||||
>= 220 N/mm² | ~ 150 ° C | ||||
>= 215 N/mm² | ~ 200 ° C | ||||
>= 210 N/mm² | ~ 250 ° C | ||||
>= 205 N/mm² | ~ 300 ° C | ||||
>= 200 N/mm² | ~ 350 ° C | ||||
>= 195 N/mm² | ~ 400 ° C |
Draht | |
kaltgezogen | Zugfestigkeit (Rm) |
>= 0,05 mm | 500 - 700 N/mm² |
>= 0,05 mm | 600 - 800 N/mm² |
>= 0,05 mm | 700 - 900 N/mm² |
>= 0,05 mm | 800 - 1.000 N/mm² |
>= 0,05 mm | 900 - 1.100 N/mm² |
Walzdraht | |
geglüht | Zugfestigkeit (Rm) |
<= 100 mm | 430 - 630 N/mm² |
Gezogener Draht | |||||
geglüht | 0,2% Dehngrenze (Rp0,2) | Zugfestigkeit (Rm) | Bruchdehnung (A5, 65) | Härte [HBW] | bei Temperatur |
0,05 - 0,1 mm | <= 950 N/mm² | >= 10 % | |||
0,1 - 0,2 mm | <= 900 N/mm² | >= 15 % | |||
0,2 - 0,5 mm | <= 850 N/mm² | >= 15 % | |||
0,5 - 1 mm | <= 850 N/mm² | >= 15 % | |||
1 - 3 mm | <= 800 N/mm² | >= 15 % | |||
3 - 5 mm | <= 750 N/mm² | >= 15 % | |||
5 - 16 mm | <= 700 N/mm² | >= 20 % | |||
<= 100 mm | >= 250 N/mm² | 430 - 630 N/mm² | >= 20 % | <= 200 HBW | ~ 20 ° C |
>= 230 N/mm² | ~ 100 ° C | ||||
>= 220 N/mm² | ~ 150 ° C | ||||
>= 215 N/mm² | ~ 200 ° C | ||||
>= 210 N/mm² | ~ 250 ° C | ||||
>= 205 N/mm² | ~ 300 ° C | ||||
>= 200 N/mm² | ~ 350 ° C | ||||
>= 195 N/mm² | ~ 400 ° C |
Profile | |||||
geglüht | 0,2% Dehngrenze (Rp0,2) | Zugfestigkeit (Rm) | Bruchdehnung (A5, 65) | Härte (HBW) | bei Temperatur |
<= 100 mm | >= 250 N/mm² | 430 - 630 MPa | >= 20 % | <= 200 HBW | ~ 20 ° C |
>= 230 N/mm² | ~ 100 ° C | ||||
>= 220 N/mm² | ~ 150 ° C | ||||
>= 215 N/mm² | ~ 200 ° C | ||||
>= 210 N/mm² | ~ 250 ° C | ||||
>= 205 N/mm² | ~ 300 ° C | ||||
>= 200 N/mm² | ~ 350 ° C | ||||
>= 195 N/mm² | ~ 400 ° C |
Material request