X2CRNIMON22-5-3

Actual source: DIN EN 10263-5:2002-02; German adoption of EN 10263-5:2001, PDF p. 8 Table 2 and Notes a–e.

Default is ladle analysis, mass fraction wt%; product-analysis deviations are separately governed by Table 3 and are not added to default ladle ranges.

Unlisted elements must not be intentionally added without purchaser approval (except as necessary during steelmaking); residual elements must not impair performance or use.

This older edition does not use the 2017 edition’s conditional sulfur provisions; do not copy newer machining/welding/polishing options.

For Ti-stabilized grades, verify 5×C≤Ti≤0.70% using measured C; do not apply this condition to grades without Ti.

The standard covers cold heading/cold extrusion; actual supply, dimensions, delivery condition and properties still require confirmation.

Composition based on ISO 4954:2018; the product edition is unspecified, so confirm the edition applicable to the contract.

ISO 4954:2018 Table D.2 gives cast analysis; single values are maxima and dashes are not zero.

Product-analysis deviations are listed separately under Tables 2/3, not used directly to relax cast-composition limits.

Elements not listed must not be intentionally added without the purchaser's consent, except for finishing the heat.

Heat-analysis mass fractions wt%; Product-analysis tolerances follow Table 4 separately. ; The sulfur conditions for machining, welding and polishing in Table 3, note b are retained separately; different requirements are not imposed simultaneously. ; Ti-stabilized grades require 5×C≤Ti≤0.70%, checked jointly with measured C/Ti. ; This standard covers stainless steel for cold heading and cold extrusion; delivery condition, dimensions, surface and mechanical properties still require independent confirmation. ; Unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish steelmaking; unspecified contents are not treated as zero. ; Note d: PRE=Cr+3.3Mo+16N>34 may be required by agreement between the parties; The tabulated element ranges do not guarantee that every combination achieves 34; this special agreement requires a separate calculation and verification.

The original webpage states DIN EN 10263-5-2018; The composition in this record was actually verified against DIN EN 10263-5-2002; the edition is now identified as 2002 according to the original evidence; See the separate complete-table record for edition 2018. ; Source actually used: DIN EN10263-5:2002-02, the German-language adoption of EN10263-5:2001; PDF8, Table 2 and notes a–e. ; Default heat analysis in wt%.; Apply product-analysis tolerances in Table 3 separately; do not add them to the default heat-analysis range. ; Unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish steelmaking; Residual elements must not impair the properties or intended use. ; The older table does not use the 2017 edition’s separate sulfur conditions; do not copy machining/welding/polishing options from the newer edition.. ; For Ti-stabilized grades, check 5×C≤Ti≤0.70% against measured C.; Does not apply to grades for which Ti is not specified. ; Standard range for cold-heading and cold-extrusion; actual supply, dimensions, delivery condition, and performance still require confirmation..

EN10088-1:2005 Table 5 duplex (austenitic-ferritic) corrosion-resistant stainless steels, heat analysis wt%; Official SIST adoption preview PDF13. ; Note a: unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish the heat; Blanks shall not be filled with zero or guessed as residual limits. ; Note b: sulfur morphology/performance exceptions apply only to X3CrNiMoN27-5-2 and cannot be relaxed to .030 for all duplex steels. ; Note c: for X2CrNiMoN22-5-3 only, PRE>34 may be specified by agreement between both parties; the inequality is strict; PRE=Cr+3.3Mo+16N is the pitting resistance equivalent, which differs from carbon equivalents such as IIW. ; Asterisks in the original table indicate patented grades; no judgment is made on current patent validity or supply rights. ; A grade-listing standard does not independently establish delivery properties for a specific product, cold-heading suitability or the company’s ability to supply it; Adoptions of standards from other countries still require individual verification.

EN10088-1:2005 Table 5 duplex (austenitic-ferritic) corrosion-resistant stainless steels, heat analysis wt%; Official SIST adoption preview PDF13. ; Note a: unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish the heat; Blanks shall not be filled with zero or guessed as residual limits. ; Note b: sulfur morphology/performance exceptions apply only to X3CrNiMoN27-5-2 and cannot be relaxed to .030 for all duplex steels. ; Note c: for X2CrNiMoN22-5-3 only, PRE>34 may be specified by agreement between both parties; the inequality is strict; PRE=Cr+3.3Mo+16N is the pitting resistance equivalent, which differs from carbon equivalents such as IIW. ; Asterisks in the original table indicate patented grades; no judgment is made on current patent validity or supply rights. ; A grade-listing standard does not independently establish delivery properties for a specific product, cold-heading suitability or the company’s ability to supply it; Adoptions of standards from other countries still require individual verification.

NF EN 10088-1:2005 adopts EN 10088-1:2005 (EN 10088-1-2005); See the data basis for the actual composition source file and table number. EN10088-1:2005 Table 5 duplex (austenitic-ferritic) corrosion-resistant stainless steels, heat analysis wt%; Official SIST adoption preview PDF13. ; Note a: unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish the heat; Blanks shall not be filled with zero or guessed as residual limits. ; Note b: sulfur morphology/performance exceptions apply only to X3CrNiMoN27-5-2 and cannot be relaxed to .030 for all duplex steels. ; Note c: for X2CrNiMoN22-5-3 only, PRE>34 may be specified by agreement between both parties; the inequality is strict; PRE=Cr+3.3Mo+16N is the pitting resistance equivalent, which differs from carbon equivalents such as IIW. ; Asterisks in the original table indicate patented grades; no judgment is made on current patent validity or supply rights. ; A grade-listing standard does not independently establish delivery properties for a specific product, cold-heading suitability or the company’s ability to supply it; Adoptions of standards from other countries still require individual verification.

EN 10270-3:2011 Table 1 heat analysis, mass fraction wt%; The source is an official public SIST excerpt of 11 pages; all 6 rows of Table 1 and notes a–e are included in full.. The scope is stainless spring steel wire with a circular cross-section diameter ≤10mm, usually delivered in the cold-drawn condition.; Mechanical requirements must be agreed upon for 10–15mm and other steel types not listed separately in Table 1; cold-heading product applicability shall not be automatically confirmed based on this. Table 1 Note a allows other compositions to be agreed upon; the ranges listed in the table shall not be altered without such agreement.; Clause 4.4.2: Apply product-analysis tolerances separately under EN10088-3; for the same element in the same heat, deviations must not occur both above the upper limit and below the lower limit.. Note c allows the use of 1.4436 to improve corrosion resistance, subject to the provisions of this standard for 1.4401.; The chemical composition of 1.4436 is not listed separately in this table and shall not be duplicated as the same composition. Note d allows the Ni upper limit to be increased to 8.30% only when improving the cold forming performance of X7CrNiAl17-7, which is listed as a separate condition.; Unlisted elements are not entered as zero. Chemical clauses and footnotes have been verified; it is not declared that all mechanical properties, dimensional tolerances, tests, and annex contents have been verified..

DIN EN10270-3:2012-01 adopts EN10270-3:2011; this record uses composition from the verified original text of that EN edition.. EN 10270-3:2011 Table 1 heat analysis, mass fraction wt%; The source is an official public SIST excerpt of 11 pages; all 6 rows of Table 1 and notes a–e are included in full.. The scope is stainless spring steel wire with a circular cross-section diameter ≤10mm, usually delivered in the cold-drawn condition.; Mechanical requirements must be agreed upon for 10–15mm and other steel types not listed separately in Table 1; cold-heading product applicability shall not be automatically confirmed based on this. Table 1 Note a allows other compositions to be agreed upon; the ranges listed in the table shall not be altered without such agreement.; Clause 4.4.2: Apply product-analysis tolerances separately under EN10088-3; for the same element in the same heat, deviations must not occur both above the upper limit and below the lower limit.. Note c allows the use of 1.4436 to improve corrosion resistance, subject to the provisions of this standard for 1.4401.; The chemical composition of 1.4436 is not listed separately in this table and shall not be duplicated as the same composition. Note d allows the Ni upper limit to be increased to 8.30% only when improving the cold forming performance of X7CrNiAl17-7, which is listed as a separate condition.; Unlisted elements are not entered as zero. Chemical clauses and footnotes have been verified; it is not declared that all mechanical properties, dimensional tolerances, tests, and annex contents have been verified..

ISO 15510:2014, Table 1 gives heat analysis, mass fractions wt%; Under note a, values without a stated range or minimum are maxima; a dash is not treated as zero. Composition rows follow an excerpt of the official PDF edition; relevant footnotes follow the original Table 1 in the Sample text section of the standards publishing platform; Verification of the complete standard text or mechanical properties is not claimed. The standard covers material for wrought products, including ingots and semi-finished products; Similar composition does not establish direct substitution; cold-heading suitability and supply condition require separate confirmation.

DIN EN 10263-5:2018-02 is the German-language edition of EN 10263-5:2017; This record was verified against heat analysis and footnotes in Table 3 of the official German edition. ; Heat-analysis mass fractions wt%; Product-analysis tolerances follow Table 4 separately. ; The sulfur conditions for machining, welding and polishing in Table 3, note b are retained separately; different requirements are not imposed simultaneously. ; Ti-stabilized grades require 5×C≤Ti≤0.70%, checked jointly with measured C/Ti. ; This standard covers stainless steel for cold heading and cold extrusion; delivery condition, dimensions, surface and mechanical properties still require independent confirmation. ; Unlisted elements must not be intentionally added without purchaser consent, except additions needed to finish steelmaking; unspecified contents are not treated as zero. ; Note d: PRE=Cr+3.3Mo+16N>34 may be required by agreement between the parties; The tabulated element ranges do not guarantee that every combination achieves 34; this special agreement requires a separate calculation and verification.

Give priority to the published technical page on the Creation Group website. Use local reference ranges only as supplementary composition cross-checks; the applicable standard for that product page, the technical agreement and actual verification take precedence.