DIN 17564-2004 Ferromanganese Ferromanganese-Silicon and Manganese - Technical delivery conditions《锰铁、锰铁硅和锰 交货技术条件》.pdf

1、DEUTSCHE NORM February 200417564Document comprises 4 pages. No part of this translation may be reproduced without the prior permission ofDIN Deutsches Institut fr Normung e.V., Berlin. Beuth Verlag GmbH, 10772 Berlin, Germany,has the exclusive right of sale for German Standards (DIN-Normen).Manganes

2、e, ferromanganese and ferrosilicomanganeseTechnical delivery conditionsTranslation by DIN-Sprachendienst.In case of doubt, the German-language original should be consulted as the authoritative text.ICS 77.100Ferromangan, Ferromangan-Silicium und Mangan TechnischeLieferbedingungenIn keeping with curr

3、ent practice in standards published by the International Organization for Standardization(ISO), a comma has been used throughout as the decimal marker.ForewordThis standard has been prepared by the Normenausschuss Nichteisenmetalle (Nonferrous Metals StandardsCommittee), Technical Committee Ferroleg

4、ierungen.AmendmentsThis standard differs from DIN 17564, December 1968 edition, and DIN 17599, June 1985 edition, in that ithas been completely revised.Previous editionsDIN 17564: 1968-12; DIN 17599: 1985-06.1 ScopeThis standard specifies requirements for manganese, ferromanganese and ferrosilicoman

5、ganese as used forsteelmaking and foundry purposes.2 Normative referenceThis standard incorporates, by dated or undated reference, provisions from other publications. Thesenormative references are cited at the appropriate places in the text and the titles of the publications are listedbelow. For dat

6、ed references, subsequent amendments to or revisions of any of these publications apply tothis standard only when incorporated in it by amendment or revision. For undated references, the latestedition of the publication referred to applies.ISO 31-0 : 1992 Quantities and units Part 0: General princip

7、lesThis standard supersedesDIN 17564, December 1968edition, and, together withDIN 17560-1, DIN 17561,DIN 17562, DIN 17563,DIN 17565 and DIN 17566,February 2004 editions,supersedes DIN 17599, June1985 edition.English price group 6www.din.dewww.beuth.de09.04 9572331Page 2DIN 17564 : 2004-023 Designati

8、on3.1 Standard designationThe designation of manganese, ferromanganese and ferrosilicomanganese shall include either the name (sym-bol) or the material number.EXAMPLE:Designation of ferromanganese of grade FeMn85C01 (material number: 0.3185):Ferromanganese DIN 17564 FeMn85C01orFerromanganese DIN 175

9、64 0.31853.2 Designation for order purposesEXAMPLE:Designation when ordering 5000 kg of ferromanganese as specified in this standard, of grade FeMn85C01(material number: 0.3185), particle size range (KG) 10 mm to 200 mm:5000 kg ferromanganese DIN 17564 FeMn85C01 KG 10-200or5000 kg ferromanganese DIN

10、 17564 0.3185 KG 10-2004 Requirements4.1 CompositionThe composition of manganese, ferromanganese and ferrosilicomanganese shall be as specified in table 1.Page3DIN17564:2004-02Table 1: Composition of manganese, ferromanganese and ferrosilicomanganeseMaterial Composition, as percentages by massDesign

11、ationname number Mn.1)C Fe N P S SiTiVMin. 80 0,05 Low carbon grade FeMn85C01 0.3185Max. 92 0,50.2) 0,25 0,030 1,0.3) 0,20 0,20Min. 80 0,05 Low phosphorus and lowcarbon gradeFeMn85C01P015 0.3186Max. 92 0,50.2) 0,15 0,030 1,0.3) 0,20 0,20Min. 80 0,05 2,0.3) Nitrogen-containing low carbongradeFeMn85NC

12、01 0.3187Max. 92 0,50.2) 2,5.3) 0,25 0,030 1,0.3) 0,20 0,20Min. 80 0,05 2,0.3) Nitrogen-containing low carbonand low phosphorus gradeFeMn85NC01P015 0.3188Max. 92 0,50.2) 2,5.3) 0,15 0,030 1,0.3) 0,20 0,20Min. 75.4),.6) 0,5 Medium carbon grade FeMn80C1 0.3180Max. 85.6) 2,0.2) 0,10.4) 0,030 1,0.3) 0,2

13、0 0,20Min. 80 0,5 1,0.3) Nitrogen-containing mediumcarbon gradeFeMn85NC1 0.3181Max. 90 2,0.2) 2,0.3) 0,25.4) 0,030 1,0.3) 0,20 0,20Min. 75.4) 6,0 High carbon grade FeMn75C7 0.3175Max. 80 8,0 0,25 0,030 1,0.5) 0,20 0,20Min. 75.4) 6,0 Ferromanga-neseLow phosphorus, high carbongradeFeMn75C7P015 0.3177M

14、ax. 80 8,0 0,15 0,030 1,0.5) 0,20 0,20Min. 58.6),.8) 0,1 23 FeMn65Si 0.3160Max. 72.6),.8) 0,5 0,10 0,010 35 0,20 0,20Min. 65.8) 0,5 15 FerrosilicomanganeseFeMn70Si 0.3162Max. 75.8) 2,0 0,20 0,010 25 0,20 0,20Min. 99,9 Electrolytic grade Mn99,9 0.3199Max. 0,010 0,010 0,010 0,040 0,01 0,20 0,20Min. 95

15、.7) 1,5 Metallic grade Mn97 0.3197Max. 98.7) 0,030 3,0 0,050 0,008 0,50 0,20 0,20Min. 88 6,0 ManganeseNitrogen-containing(sintered) grade)Mn90N 0.3190Max. 90 0,050 2 7,0 0,050 0,010 0,50 0,20 0,201) The manganese content shall not vary by more than 2 % within a consignment.2) Any lower maximum value

16、s within range given subject to agreement.3) Value applies to molten grades. Sintered grades with a nitrogen content of 5 % to 8 % available subject to agreement.4) Lower minimum values subject to agreement.5) A maximum silicon content of 0,5 % shall be subject to agreement. The material number for

17、grade FeMn75C7 will then be 0.3276 and that for grade FeMn75C7P015 willbe 0.3278.6) Lead content not to exceed 0,05 %.7) Lead content not to exceed 0,005 %.8) Boron content not to exceed 0,025 %.Page 4DIN 17564 : 2004-024.2 Particle sizeThe particle size range is to be specified when ordering. Table

18、 2 gives guideline values, with any other rangesbeing subject to agreement.Table 2: Particle sizes for ferromanganese and ferrosilicomanganese4.3 Form suppliedThe form of manganese, ferromanganese and ferrosilicomanganese supplied shall be subject to agreement.The surface of the material shall be fr

19、ee from foreign matter, such as sand, slag, etc. The material shall be freefrom harmful matter and shall not emit any ionizing radiation (such radiation being understood to be radiationhigher than the background radiation at the time of receipt by the customer).5 AnalysisThe method of analysis shall

20、 be at the manufacturers discretion, a state-of-the-art procedure being used incases of dispute.When rounding results, the specifications of clause 6 are to be observed.6 Rounding of resultsResults as calculated or observed are to be rounded following the rules set out in Annex B of ISO 31-0. The va

21、lueis to be rounded in one step to the same number of places as are specified in this standard.The results shall be rounded as follows:a) if the figure following the last significant place is less than five, then the latter shall remain unchanged;b) if the figure following the last significant place

22、 is five or higher, the latter shall be increased by one.7 Marking, labelling, packaging, transport and storageUnless otherwise requested or agreed upon, marking, labelling and packaging shall be at the suppliers discre-tion.Ferrosilicomanganese, with or without packaging, shall be transported and s

23、tored so as to be protected againstmoisture, in accordance with relevant regulations.G50G65G72G6DG69G73G73G69G62G6CG65 G75G6EG64G65G72G73G69G7AG65G2C G61G73 G61G70G65G72G63G65G6EG74G61G67G65 G6FG66 G71G75G61G6EG74G69G74G79 G73G75G70G70G6CG69G65G64G50G61G72G74G69G63G6CG65 G73G69G7AG65 G72G61G6EG67G65

24、G2CG69G6E G6DG6DG54G6FG74G61G6CG46G69G6EG65G73 G28G6CG65G73G73G74G68G61G6E G33 G6DG6DG29G50G65G72G6DG69G73G73G69G62G6CG65 G6FG76G65G72G73G69G7AG65G46G72G6FG6D G31G30 G74G6F G32G30G30 G31G30 G35G46G72G6FG6D G33 G74G6F G35G30 G35G4CG65G73G73 G74G68G61G6E G33 G97 G97G31G30 G25 G28mG2FmG29 G6FG66 G71G75

25、G61G6EG74G69G74G79 G73G75G70G70G6CG69G65G64G2EG57G68G65G72G65 G74G68G65 G6DG61G74G65G72G69G61G6C G69G73 G73G75G70G70G6CG69G65G64 G69G6E G6CG75G6DG70G73G2CG74G68G65 G6DG61G78G69G6DG75G6D G70G61G72G74G69G63G6CG65 G73G69G7AG65 G61G6CG6FG6EG67 G74G77G6F G6FG72G74G68G72G65G65 G64G69G6DG65G6EG73G69G6FG6EG73 G6FG66 G61 G70G69G65G63G65 G73G68G61G6CG6C G6EG6FG74G65G78G63G65G65G64 G31G2CG31G35 G74G69G6DG65G73 G74G68G65 G75G70G70G65G72 G76G61G6CG75G65 G6FG66 G74G68G65G72G61G6EG67G65G2E