X6CRNIMOTI17-12-2

X6CrNiMoTi17-12-2 · EN 10263-5-2001

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material category

Stainless steel

Subcategory

Austenitic stainless steel

Material form

Reference record

Original record status

Original standard verified

Standard edition

EN 10263-5-2001

Table / clause

Table 2 and notes a–e; Table 3 is cited only for deviations

PDF page references

1、8、9

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Default heat-analysis values in historical Table 2

Verification notes

X6CrNiMoTi17-12-2 · ISO 4954

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material category

Stainless steel

Subcategory

Stainless steel

Material form

Cold-heading wire

Original record status

Source edition identified; composition verification pending

Standard edition

ISO 4954:2018

Table / clause

Table D.2

Composition

Applicability and limitations

Composition conditions

• ISO 4954:2018, Table D.2 gives heat analysis; A single value is a maximum; a dash is not zero.
• Product-analysis tolerances are listed separately under Table 2/3 of the standard and do not directly widen the heat-analysis composition ranges.
• Unlisted elements must not be intentionally added without purchaser consent, except for additions needed to finish the heat.
• The Ti minimum is 5×actual C, with maximum 0.70%; these must be checked jointly.

Combined limits

Ti

Minimum-content expression

5*C

Upper limit

0.7

Verification notes

X6CrNiMoTi17-12-2 · ISO 4954-2018

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material category

Stainless steel

Subcategory

Stainless steel

Material form

Reference record

Original record status

Original standard verified

Standard edition

ISO 4954:2018

Table / clause

Table D.2

Composition

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Upper limit

0.7

Verification notes

X6CrNiMoTi17-12-2 · EN 10263-5-2017

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

EN 10263-5-2017

Table / clause

Table 3 and footnotes a–e

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Default composition in Table 3

Machinability condition S 0.015–0.030%

Weldability condition S 0.008–0.030%

Polishability recommendation S≤0.015%

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · DIN EN 10263-5-2002

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

DIN EN 10263-5-2002

Table / clause

Table 2 and notes a–e; Table 3 is cited only for deviations

PDF page references

1、8、9

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Default heat-analysis values in historical Table 2

Verification notes

X6CrNiMoTi17-12-2 · DIN EN 10263-5-2002

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

DIN EN 10263-5-2002

Table / clause

Table 2 and notes a–e; Table 3 is cited only for deviations

PDF page references

1、8、9

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Default heat-analysis values in historical Table 2

Verification notes

X6CrNiMoTi17-12-2 · EN 10088-1-2005

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

EN 10088-1-2005

Table / clause

Table 4 and continuation; notes a–e; all 50 austenitic corrosion-resistant steel grades

PDF page references

1、3、11、12

Source document

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Combined-element limits

• Element coefficient

  Ti

  1

  C

  -5

  Lower limit

  0

  Requirement

  Ti≥5C

Original condition-branch records

Default sulfur requirement; default Ni; the cold-heading Cu exception is not selected, so the original-table Cu requirement applies.

Default sulphur requirement; default Ni; note c: Cu≤1.0% for cold heading/cold extrusion.

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, S for long products/wire etc.: ≤0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, S for long products/wire etc.: ≤0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for machining: 0.015–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for machining: 0.015–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for welding: 0.008–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for welding: 0.008–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for polishing: ≤0.015%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for polishing: ≤0.015%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · EN 10088-1-2005

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

EN 10088-1-2005

Table / clause

Table 4 and continuation; notes a–e; all 50 austenitic corrosion-resistant steel grades

PDF page references

1、3、11、12

Source document

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Combined-element limits

• Element coefficient

  Ti

  1

  C

  -5

  Lower limit

  0

  Requirement

  Ti≥5C

Original condition-branch records

Default sulfur requirement; default Ni; the cold-heading Cu exception is not selected, so the original-table Cu requirement applies.

Default sulphur requirement; default Ni; note c: Cu≤1.0% for cold heading/cold extrusion.

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, S for long products/wire etc.: ≤0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, S for long products/wire etc.: ≤0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for machining: 0.015–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for machining: 0.015–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for welding: 0.008–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for welding: 0.008–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for polishing: ≤0.015%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for polishing: ≤0.015%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · NF EN 10088-1-2005

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Composition basis in the adopted standard verified

Standard edition

EN 10088-1-2005

Table / clause

Table 4 and continuation; notes a–e; all 50 austenitic corrosion-resistant steel grades

PDF page references

1、3、11、12

Source document

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Combined-element limits

• Element coefficient

  Ti

  1

  C

  -5

  Lower limit

  0

  Requirement

  Ti≥5C

Original condition-branch records

Default sulfur requirement; default Ni; the cold-heading Cu exception is not selected, so the original-table Cu requirement applies.

Default sulphur requirement; default Ni; note c: Cu≤1.0% for cold heading/cold extrusion.

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Default sulfur requirement; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, S for long products/wire etc.: ≤0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, S for long products/wire etc.: ≤0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.030 applies to long products, wire and the other stated forms; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for machining: 0.015–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for machining: 0.015–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .015–.030 is recommended for machining; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for welding: 0.008–0.030%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for welding: 0.008–0.030%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S .008–.030 is recommended for welding; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

Note b, recommended S for polishing: ≤0.015%Default Ni; cold-heading Cu exception not selected, so the original-table Cu requirement applies.

Note b, recommended S for polishing: ≤0.015%Default Ni; note c allows Cu≤1.0% for cold heading/cold extrusion.

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; The cold-heading Cu exception has not been selected; the original table requires Cu

Note b: S≤.015 is recommended for polishing; Note d: Ni increases 0.5% under specified low-permeability, processing or other special conditions; Note c: Cu≤1.0% applies when used for cold heading or cold extrusion

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · ISO 15510-2014

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material category

Stainless steel

Subcategory

Stainless steel

Material form

Reference record

Original record status

Original standard verified

Standard edition

ISO 15510-2014

Table / clause

The current grade row in Table1; Note a and corresponding footnotes (original text on the publishing platform)

PDF page references

9

Source document

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Base range in Table 1

Note c: only where ferrite content must be reduced for a special reason, the Ni maximum may be increased by 0.50 percentage points; This condition must be confirmed

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · DIN EN 10263-5-2018

Chemical composition source verified; this does not verify every standard clause, actual supply or measured heat results

Material form

Reference record

Original record status

Original standard verified

Standard edition

DIN EN 10263-5:2018-02

Table / clause

Tabelle 3 and footnote a–e; Tabelle 4 product-analysis tolerances require separate verification

PDF page references

1、10、11

Unit

Mass fraction (wt%)

Analysis type

Heat analysis

Composition record (conditional branches apply; this is not an unconditional requirement)

Applicability and limitations

Combined limits

Ti

Minimum-content expression

5*C

Original condition-branch records

Default composition in Table 3

Machinability condition S 0.015–0.030%

Weldability condition S 0.008–0.030%

Polishability recommendation S≤0.015%

A condition branch must be selected

Verification notes

X6CrNiMoTi17-12-2 · EN 10263

Original-source verification is incomplete; this is not a formal standard reference

Material category

Stainless steel

Subcategory

Stainless steel

Material form

Drawn wire

Verification status

Published on the website; original-source verification pending

Composition

Applicability and limitations