Material 1.4361
Stainless steel
Grade 1.4361 is an austenitic acid-proof stainless steel. 1.4361 is 3,7 to 4,5 percent silicon alloyed and very resistant in oxidizing acids. Due to its characteristics its often found in the chemical industry.
Do you have any questions about the material or would you like to order? Complete our inquiry form, it`s free of charge and without obligation. We will get in touch with you in order to provide you with more information.
Standards
HDIN / EN | US-Standard | AFNOR | UNI | JIS | request |
---|---|---|---|---|---|
X1CrNiSi18-15-4 X1CrNiSi1815 | UNS S30600 | SUSXM15J1 SUSXM15J1TB | request |
Material Category: Stainless steel
Chemical Composition
C % | Si % | Mn % | P % | S % | Cr % | Mo % | N % | Ni % |
max 0,015 | 3,70 - 4,50 | max 2,00 | max 0,025 | max 0,010 | 16,50 - 18,50 | max 0,20 | max 0,100 | 14,00 - 16,00 |
Mechanical Properties
DIN EN 10272 (10/2016) Stäbe aus nichtrostendem Stahl für Druckbehälter. | |||||||
Stäbe | |||||||
lösungsgeglüht | 0,2% Dehngrenze (Rp0,2) | 1% Dehngrenze (Rp1,0) | Zugfestigkeit (Rm) | Bruchdehnung (A5, 65) | Härte [HBW] | Kerbschlagarbeit KV (ISO-V/Charpy-V) | Probenlage |
160 - 400 mm | >= 210 N/mm² / ~ 20 ° C | >= 240 N/mm² / ~ 20 ° C | 530 - 730 N/mm² | >= 30 % | <= 230 HBW | >= 60 Joule | quer |
<= 160 mm | >= 210 N/mm² / ~ 20 ° C | >= 240 N/mm² / ~ 20 ° C | 530 - 730 N/mm² | >= 40 % | <= 230 HBW | >= 100 Joule | längs |
>= 115 N/mm² / ~ 400 ° C | >= 150 N/mm² / ~ 350 ° C | >= 400 N/mm² | |||||
>= 120 N/mm² / ~ 350 ° C | >= 155 N/mm² / ~ 300 ° C | >= 410 N/mm² | |||||
>= 125 N/mm² / ~ 300 ° C | >= 165 N/mm² / ~ 250 ° C | >= 420 N/mm² | |||||
>= 135 N/mm² / ~ 250 ° C | >= 175 N/mm² / ~ 200 ° C | >= 435 N/mm² | |||||
>= 145 N/mm² / ~ 200 ° C | >= 190 N/mm² / ~ 150 ° C | >= 450 N/mm² | |||||
>= 160 N/mm² / ~ 150 ° C | >= 210 N/mm² / ~ 100 ° C | >= 470 N/mm² | |||||
>= 185 N/mm² / ~ 100 ° C | >= 490 N/mm² |
lösungsgeglüht+kalt nachgezogen | Zugfestigkeit (Rm) | Bruchdehnung (A5, 65) / Probenlage | Härte [HBW] | bei Temperatur |
<= 35 mm | 730 - 930 N/mm² | >= 20 % / längs | <= 330 HBW | ~ 20 ° C |
<= 35 mm | >= 20 % / quer | ~ 20 ° C |
Material request