X6Cr13 4000-410-08-I 2 - ISO 4955-2016

X6Cr13 Chemical Element Composition Content (%)

Component	C	Si	Mn	P	S	Cr	Ni
Minimum Value	-	-	-	-	-	12	-
Maximum Value	0.08	1	1	0.04	0.03	14	1

X6Cr13 Mechanical Properties

	Heat Treatment or Condition	Tensile Strength σ_b Mpa	Yield Point σ_s Mpa	Elongation or Extension Rate δ %	Hardness HBW
flat products,0.5≤t＜3	Annealing (+A)	400~630	≥230	≥18	≤197
flat products,3≤t≤12	Annealing (+A)	400~630	≥230	lg.：≥20； tr.：≥18	≤197
Profiles, hexagons; 5≤d≤25	Annealing (+A)	400~630	≥230	≥20	≤197
Bars and Profiles, 1.5≤d≤25	Annealing (+A)	400~630	≥230	≥20	≤197
Forgings, 5≤d≤15	Annealing (+A)	400~630	≥230	≥20	≤197

1 Approximate Comparison Table Martensitic Stainless Steel

China

Taiwan, China

Japan

South Korea

United States

International Organization for Standardization

Germany

France

European Standard

ISC

CNS

JIS

ASTM

UNS

ISO

DIN EN/DIN

W-Nr.

NF EN/NF

Numerical Grade

06Cr13
(0Cr13)

S41008

410S

SUS 410S

STS 410S

410S

S41008

X6Cr 13

X6Cr 13
(X7Cr 13)

1.4000

Z6C 13

X6Cr 13

1.4000

2 Approximate Comparison Table Ferritic Stainless Steel

China		Japan	United States		International Organization for Standardization		European Standard		Russia
GB	ISC	JIS	ASTM	UNS	ISO	Numerical Grade	EN	Numerical Grade	GOST
06Cr13 (0Cr13) GB/T 20878-2024	S11306 (S41008)	SUS410S	410S ASTM A959	S41008	X6Cr13 ISL 15510	4000-410-08-I	X6Cr13 EN 10088-1	1.4000	08Х13 GOST 5632

X6Cr13 Corresponding Standards(Same grade name, different standards)

Note: The data is for reference only! If you have any questions, please fill out "I want to correct it"!