1.4000 Datasheet
X6Cr13
stainless steel; corrosion resistant steel; ferrite
Energy & environmental technology
Material 1.4000 is a corrosion-resistant, ferritic steel with good resistance to hydrogen and hydrogen sulfide. To achieve high corrosion resistance, the surface must be finely ground or highly polished.
Composition
C
Si
Mn
P
S
Cr
min.
-
-
-
-
-
12,00
max.
0,08
1,00
1,00
0,040
0,015
14,00
C
max.
0,08
Si
max.
1,00
Mn
max.
1,00
P
max.
0,040
S
max.
0,015
Cr
min.
12,00
max.
14,00
Standards and designations
Material group
Stainless steel
AFNOR
Z8C12
AISI/SAE
410S; 403
B.S.
403S17
JIS
SUS 403; SUS 410 S
UNS
S41008; S40300
Fields of application
Apparatus and tank engineering
Chemistry, petrochemistry
Power engineering (water)
Mechanical engineering
Environmental technology
Architecture & Decoration
Attributes
Physical properties at 20° C
Density
7,70 kg/dm³
Specific heat
460 J/kg K
Thermal conductivity
30 W/m K
Electrical resistance
0,60 (ohm) mm²/m
Magnetizability
vorhanden
Thermal treatment
Hot forming
800 - 1100 °C
Soft annealing
750 - 800 °C
Hardening (oil, air)
950 - 1000 ° C
Tempering
650 - 750 °C
More Properties
average corrosion resistance
medium machinability
good polishability
good chemical resistance
good weldability
good magnetizability
Delivery forms
Angle/profile
Cut to size/custom made
Flat
Profile tube
Round
Slit strip
