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Description

Germany DIN X6Cr13 Stainless Steel and Mechanical Properties, Chemical Element, Cross Reference, Datasheet.

Datasheet for: Steel Grades:Stainless Steel: X6Cr13

Chemical composition(mass fraction)(wt.%) of the X6Cr13

 

Si 
Mn 
 P
 S
Cr   Ni  Mo  Other
 0.08  1.00  1.00  0.040  0.015  12.0-14.0      

 

X6Cr13 ferritic stainless steel is contained in one of the lowest amount Cr.

It has good plastic, toughness and cold formability, and better than the other higher volume containing Cr ferritic stainless steel.

When X6Cr13 steel contains C quantity control very low, its plastic, especially the toughness, cold forming sex will also significantly enhanced.

X6Cr13 ferritic stainless steel is contained in one of the lowest amount Cr.

X6Cr13 steel is mainly used to produce resistance to steam, heat oil of sulfur corrosion components and/or equipment such as the lining.

Characteristics: used for high toughness and impact load parts.

USES: as turbine blade, structural frame, stainless equipment, lining, bolts, nuts, etc.

X6Cr13 chemical composition

Carbon C: more than 0.08

Si Si: more than 1.00

Manganese Mn: more than 1.00

Sulfur S: more than 0.030

Phosphorus P: more than 0.035

Chromium Cr: 11.50 ~ 13.50

Ni Ni: more than 0.60

X6Cr13 mechanical properties:

Tensile strength σ b (MPa) : quenching tempering, frequency 490

Conditions yield strength σ 0.2 (MPa) : quenching tempering, frequency 345

Elongation δ 5 (%) : quenching tempering, 24 frequency

Area reduction ψ (%) : quenching tempering, 60 frequency

Hardness: annealing, than 183 HB

X6Cr13 heat treatment standard and metallographic organization

Heat treatment specification: annealing, 800 ~ 900 ℃ slow cold or about 750 ℃ quick cold; 2) quenching (solid solution), 950 ~ 1000 ℃ cold oil; 3) the tempering, 700 ~ 750 ℃ soon cold.

Metallographic organization: organization feature for markov figure.
The surface: black, white and bright acid
Execution standard: GB, American standard ASTM, has obtained the IS09001 standard authentication.

Areas of application: stainless steel bars are widely used in stainless steel stamping, stainless steel tensile instruments, stainless steel decoration materials, electronic components, stamping, petroleum chemical packing, auto parts, fasteners, door top, bolt, hinge in shaft, cold-formed steel, rail slippery course, medical equipment, etc.


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Mechanical Properties of steel grade X6Cr13

Yield
Rp0.2 (MPa)
Tensile
Rm (MPa)
Impact
KV/Ku (J)
Elongation
A (%)
Reduction in cross section on fracture
Z (%)
As-Heat-Treated Condition Brinell hardness (HBW)
362 (≥) 647 (≥) 41 21 31 Solution and Aging, Annealing, Ausaging, Q+T,etc 224

Physical Properties of steel grade X6Cr13

Temperature
(°C)
Modulus of elasticity
(GPa)
Mean coefficient of thermal expansion 10-6/(°C) between 20(°C) and Thermal conductivity
(W/m·°C)
Specific thermal capacity
(J/kg·°C)
Specific electrical resistivity
(Ω mm²/m)
Density
(kg/dm³)
Poisson’s coefficient, ν
23 - -     0.33 -  
562 926 - 43.3 243   -  
415 - 42 32.2   412 134

Heat Treatment of steel grade X6Cr13

Heat treated : 1194°C - 1761°C

Technological Curves of steel grade X6Cr13

Cross Reference Table (Equivalent Grade) of X6Cr13

Grade Standard Country Application
X6Cr13 AFNOR France Ferritic
ISO X6Cr13 ISO standard thermal deformation of stainless steel
EN X6Cr13 EN Euronorm Stainless Steel
EN X6Cr13 EN Euronorm Stainless Steel
EN X6Cr13 EN Euronorm Stainless Steel

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