中文版
Home/ Material/ DIN EN 10296-2-2006
简体 | 繁體
Grade X3CrTi17
Germany W-Nr. 1.4510
Corresponding Standard DIN EN 10296-2-2006
Welded circular steel tubes for mechanical and general engineering purposes — Technical delivery conditions — Part 2 Stainless steel
Classification Ferritic Stainless Steel
X3CrTi17 Chemical Element Composition Content (%)
Component C Si Mn P S ① Cr More
Minimum Value - - - - - 16 Ti:4×(C+N)+0.15~0.8 ②
Maximum Value 0.05 1 1 0.04 0.015 18
① a controlled sulfur content of 0,015% to 0,030% is specified.
② Stabilisation may be applied by the use of titanium or niobium or zirconium. According to the atomic number of these elements and the content of carbon and nitrogen, the equivalence shallbe the following: Ti≈7/4Nb≈7/4 Zr.
X3CrTi17 Mechanical Properties
condition Tensile Strength
σb
Mpa 		Yield Point
σs
Mpa 		Elongation or Extension Rate
δ
%
Steel pipe: ≥420 Rp0.2：≥230
Rp1.0：≥240		 l：≥23
t：≥21
◎ l=longitudinal, t=transverse
◎ Resistance to intergranular corrosiona: Yes (When tested in accordance with EN ISO3651-2)
Approximate Comparison Table Other Stainless Steels
China Japan United States International Organization for Standardization Germany France European Standard
ISC JIS ASTM ISO Numerical Grade DIN EN/DIN W-Nr. NF EN/NF EN Numerical Grade
S11863 SUS 430LX S43035 X3CrTi 17 4510-430-35-I X6CrTi 17
(X8CrTi 17) 		1.4510 Z8CT 17 X3CrTi 17 1.4510
X3CrTi17 Corresponding Standards(Same grade name, different standards)
1 EN 10088-1-2005
X3CrTi 17 1.4510
2 ISO 4955-2005
X3CrTi17
3 EN 10296-2-2005
X3CrTi17 1.4510
4 ISO TS 15510-2003
X3CrTi17
5 ISO 15510-2014
X3CrTi17 4510-430-35-I
6 ISO 9328-7-2018
X3CrTi17
7 ISO 4955-2016
X3CrTi17 4510-430-35-I
8 NF EN 10088-2-2005
X3CrTi17 1.4510
9 NF EN 10088-1-2005
X3CrTi17 1.4510
10 NF EN 10028-7-2008
X3CrTi17 1.4510
11 NF EN 10296-2-2005
X3CrTi17 1.4510
12 NF EN 10028-7-2000
X3CrTi17 1.4510
13 DIN EN 10296-2-2006
X3CrTi17 1.4510

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