Certified Reference Materials for Optical Emission Spectrometers. CRM Master Catalog (2016) Ferrous & Non-ferrous Metals

Transcription

1 ertified Reference Materials for Optical Emission pectrometers RM Master atalog (2016) Ferrous & Non-ferrous Metals METAL OWER ANALYTIAL (I.) T.LTD. An IO-9001, IO/IE-17025, IO/IE Accredited mpany -48, Raj Ind. mplex, Military Road- Marol, Andheri (E), Mumbai Tel / Fax: sell@metalpower.net; isit us at: age 1 of 20 Updated on

2 ntents ntents... 2 From the MD s Desk... 4 arbon, Low loy teels: ertified Reference Materials (Under ertification)... 6 tainless teels: ertified Reference Materials... 7 tainless teels: ertified Reference Materials (Under ertification)... 8 pecial teels: ertified Reference Materials... 9 pecial teels: ertified Reference Materials (Under ertification) I/GI: ertified Reference Materials I/GI: ertified Reference Materials (continued ) uminium ase: ertified Reference Materials uminium ase: ertified Reference Materials (Under ertification) pper ase: ertified Reference Materials pper ase: ertified Reference Materials (Under ertification) ckel ase: ertified Reference Materials ckel ase: ertified Reference Materials (Under ertification) Zn ase: ertified Reference Materials Zn ase: ertified Reference Materials (Under ertification) b ase: ertified Reference Materials (Under ertification) etting- Up amples Iron ase: etting- Up amples pper ase: age 2 of 20 Updated on

3 Introduction Metal ower was founded in 1987 by a team of Engineers with the aim of providing specialized services to Engineering industries. Today, Metal ower offers a number of products geared towards Metallurgical and Engineering applications, including Optical Emission pectrometer, Analytical tandards (RMs, RMs and Us), Metallurgical Kits, Image Analyzers and Hydrogen Analyzer among others. The Analytical tandards have been produced under guidelines of IO and the International ocabulary of Metrology (IM) Reference Material (RM) - A Reference Materials is sufficiently homogeneous and stable with respect to one or more specified properties, which has been established to be fit for its intended use in a measurement process NOTE 1 NOTE 2 NOTE 3 NOTE 4 NOTE 5 RM is a generic term. roperties can be quantitative or qualitative, e.g. identity of substances or species. Uses may include the calibration of a measurement system, assessment of a measurement procedure, assigning values to other materials, and quality control. A single RM cannot be used for both calibration and validation of results in the same measurement procedure. International ocabulary of Metrology asic and General ncepts and sociated Terms has an analogous definition (IM - IO/IE Guide 99:2007, 5.13), but restricts the term measurement to apply to quantitative values and not to qualitative properties. However, Note 3 of IO/IE Guide 99:2007, 5.13, specifically includes the concept of qualitative attributes, called nominal properties. (IO Guide 30:1992/Amd 1:2008) ertified Reference Material (RM) - Reference material characterized by a metrologically valid procedure for one or more specified properties, accompanied by a certificate that provides the value of the specified property, its associated uncertainty, and a statement of metrological traceability NOTE 1 The concept of value includes qualitative attributes such as identity or sequence. Uncertainties for such attributes may be expressed as probabilities. NOTE 2 2Metrologically valid procedures for the production and certification of reference materials are given in, among others, IO Guides 34 and 35. NOTE 3 IO Guide 31 gives guidance on the contents of certificates. NOTE 4 IM has an analogous definition (IO/IE Guide 99:2007, 5.14). (IO Guide 30:1992/Amd 1:2008) Reference Material ertificate - Document accompanying a certified reference material stating one or more property values and their uncertainties, and confirming that the necessary procedures have been carried out to ensure their validity and traceability. (IO Guide 30: 1992) Reference Material roducer Technically competent body (organization or company, public or private) that is fully responsible for project planning and management, assignment of and decision on property values, authorization of property values and issue of the certificate or other statements for the reference materials it produces. (IO Guide 34: 2000) age 3 of 20 Updated on

4 From the MD s Desk Metal ower was founded in 1987 by a group of professionals with rich backgrounds in the metals industry with the aim of bringing to the market high-end technology products in the fields of Analytical Equipment & ystems and Metallurgical Instruments. From its inception, Metal ower Analytical has been dedicated to serving the needs of metal industries. Our effort has been to make highquality and high-technology products that fuel industrial growth and - more importantly - profitability, by enabling better control of quality and also costs. Metal ower offers a wide range of ertified Reference Materials (RM) including RMs that are typically considered difficult to make, such as ast Iron,.G. Iron and uminium tandards. Metal ower assures the highest quality across various grades of Ferrous and non-ferrous loy tandards in solid form. Metal amples are manufactured using advanced techniques for achieving homogeneity. We follow ILA (Inter-Laboratory Accreditation rograe), have systems in place as per IO for testing and follow IO guidelines in the manufacturing of RMs. Each RM is accompanied by a Test ertificate giving ertified Elemental alues, tandard Deviations and Uncertainty. ILA alues are provided too. acking our range of standards is our deep and vast expertise in Metallurgical and Analytical applications across Ferrous and non- Ferrous industries. With over two decades of experience in selling and manufacturing RMs, Metal ower assures you of the highest quality products to meet your exact and exacting needs. ncerely yours, D ant Managing Director age 4 of 20 Updated on

5 arbon, Low loy teels: ertified Reference Materials W b N b ze in G I-15 AII-1008, ATM A108, DIN () (0.0004) () () 8 () Ø 50x G L-09 AII-1018, DIN K15, I 14, EN Ø 49x G H-11 AII-1020, 070M20, DIN K22, I 20, EN 3A (0.0007) () () G D-10 EN24, I 4043, DIN 346, 8171M () Ø 38x G K-09 G E D-10 UNI-7846 D-10 G-15410A D-11 G D-11 G G-11 TRT-1A F-12 G A-13 G G D-12 AII-4140, En19, 4043, 709M40 DIN K-45, I 458, EN1045 EN353, I 15112, 815M17 DIN 205, I 201 DIN 367, EN15, 15A, I3715, 150M36 DIN 367, EN15, 15A, I3715, 150M36 AE 52100, EN31, I1031, DIN1006 TMT-500, 450 EN1A-L AII-8620 AII-1018, DIN K15, I 14, EN () (0.0006) 7 () () (7) (0.01) () () () () Ø 52x25 Ø 38x (0.01) () () (0.017) () () Ø 38x25 Ø 38x25 () () Ø 45x25 Ø 45x25 (0.01) Ø38 x 20 age 5 of 20 Updated on

6 arbon, Low loy teels: ertified Reference Materials (Under ertification) W b N b ze in G E-16 AII 1065, EN42 (0.633) (0.182) (0.541) () (0.061) (0.107) (5) (0.035) () (0.136) (0.033) () () (8) () () (5) () () (4) (4) () Ø 50x G E-16 EN8M (0.384) (0.193) (1.183) () (0.155) (0.102) (0.076) (7) (0.182) (8) () () () () (9) (0.059) (5) () () K H-15 22, ATM A182 (0.146) (0.333) (0.441) () () (2.202) () (0.097) (0.033) (0.088) () () () () (0.906) () () () K F-16 11, (0.133) (0.605) (0.467) () () (1.10) () (0.11) (0.038) (0.059) () () () (0.496) (4) K F , 300M, AM 6419 (0.498) (1.82) (0.854) () (0.954) () (1.28) () () (0.21) () () () (7) (0.21) (0.149) (7) (0.027) () LW8 H (0.124) (0.117) (1.07) () () (1.36) () (1.56) () (0.126) (0.241) () (0.068) () () (0.967) (0.714) () () () () Ø 33x14 age 6 of 20 Updated on

7 tainless teels: ertified Reference Materials W b N Zr ze in A-10 AII Ø 50x AII 304 L () (0.030) Ø 38x AII 316 L Ø 36x AII 316-, ATM A240, DIN (3) (0.168) 2.08 (0.032) AII K-11 AII () 3.66 () (0.041) (0.18) () A J-12 AII Ø 40x J-12 AII Ø 40x K-14 AII () age 7 of 20 Updated on

8 tainless teels: ertified Reference Materials (Under ertification) W b N Zr ze in G H, ATM A167 (0.050) (0.393) (0.703) () (0.030) (15.096) () (4.079) () (3.075) (0.031) (0.032) (0.281) (0.081) (0.357) (1.09) (0.033) (4) (17.97) (0.0004) (8.00) (0.357) (0.071) (0.172) (4) (1) (0.294) (0.028) (0.057) (0.062) (0.48) (1.95) (0.031) (9) (24.6) (15.55) () (0.30) (0.071) (0.122) () () (0.25) (0.051) (0.11) (0.064) age 8 of 20 Updated on

9 pecial teels: ertified Reference Materials W b N Zr ze in J L-09 ATM-A297 : HU (0.01) () () () Ø 45x G D-10 DIN EN (0.0005) () () () () (0.024) Ø 38x T G-11 D () () (0.041) () T L-14 M Ø42 x A H-11 F () 5.12 (0.070) Ø 50x H-11 F (0.057) (0.0005) Ø 50x H-11 AII () Ø 37x L-10 EN45, DIN 557, I 55290, 250A53, AII () (0.0006) () L-10 EN45, DIN 557, I 55290, 250A53, AII (0.024) () () (0.017) () G J-10 I 5042, DIN 504, 735A51, AII 6150, U J I-13 Hadfield teel (0.024) Ø 35x E N (0.583) (0.335) (8.31) (0.031) () (20.59) () (4.41) (0.112) (0.096) (0.365) (0.302) (0.408) (0.027) Ø 40x20 age 9 of 20 Updated on

10 pecial teels: ertified Reference Materials (Under ertification) W b N Zr ze in T D3 (2.32) (0.33) (0.31) () (11.91) () (0.21) () (0.07) (0.077) (0.02) () (0.11) (0.03) (0.095) () F-Gr1 F-16 pecial teel (1.17) (0.161) (0.276) (0.024) () (0.675) (9) () (4) (8) (9) (9) (7) (5) (7) (0.0259) age 10 of 20 Updated on

11 I/GI: ertified Reference Materials W Zn b ze in I-GR1-12 I-GR2 G-12 I-GR3 I-12 I Gr-4 I-13 I Gr-5-13 I Gr-6-13 I Gr-7 H-13 I Gr-8 H-13 I Gr-9A A-13 I GR9K J-13 FG-150 ATM 532/532M II A () () () () () (0.025) () () () (0.043) () () () () ~Ø 38x16 ~ Ø36 x 16 ~Ø36 x 16 ~Ø38 x 15 ~Ø36 x 16 ~ Ø36 x 16 ~Ø38 x 15 ~Ø38 x 15 ~ Ø36 x 16 ~Ø38 x I-GR10 J-13 I GR-11 A-14 I-GR11 L () ~Ø38 x 15 ~Ø36 x 15 ~Ø36 x 15 age 11 of 20 Updated on

12 I/GI: ertified Reference Materials (continued ) W Zn b ze in I-GR11 J-14 I-Gr13 E-13 I-GR14 I-13 I-GR250 K-14 RM-1 E-13 1 H () () () () () ~Ø38 x 15 Ø 38x16 ~Ø38 x 15 ~Ø38 x 15 (0.035) ~ 35x35x15 ~ 36x36x15 age 12 of 20 Updated on

13 uminium ase: ertified Reference Materials b Fe Zn r Zr e -- ze in A K A A E Ø36x A Ø 40x A () (99.74) Ø 44x A E-12 7, A4, LM Ø 45x A A-12 LM () -- Ø 45x A-0383 J-12 AD Ø 45x A03190 E-11 LM () Ø 50x I () Ø 49x G-13 LM () Ø 48x A L () () Ø 38x A L () Ø 50x20 age 13 of 20 Updated on

14 uminium ase: ertified Reference Materials (Under ertification) b Fe Zn r Zr e -- ze in A I-15 LM6 (12.449) () () (0.024) () (0.048) () () (0.455) () (0.046) () () () Ø 45x Zn-1 E (0.065) () () () (0.53) () () () (32.56) () ( ) Ø50 x 42 pper ase: ertified Reference Materials Material ategory & Fe b Zn b Te d -- ze in A A-12 Zn391 () () () (0.01) (0.01) (0.01) () Ø 40x D-12 LG () (5.15) ~ 36x36x G-13 () (36.55) D-14 (4) (0.0009) (7) (0.0001) (6) (7) (0.0323) (0.0008) Ø 39x H-13 ATM 148, A2, EN G Ø40 x E-16 pper- admium (99.25) () () Ø40 x 20 age 14 of 20 Updated on

15 pper ase: ertified Reference Materials (Under ertification) Material ategory & O Fe b Zn b Te d Ag ze in I I A E-16 High Leaded ronze, ATM 271/30, AE J461/462 High n ronze, AE 65 pper-tellurium () () () (0.087) (0.294) (0.06) (0.324) () () (0.032) (0.482) (0.033) (86.536) (0.068) (99.25) () (0.024) (0.019) (8.874) (0.508) (11.341) (0.418) () (8.615) (0.972) () () (0.01) (0.679) - (0.0006) Ø40 x 25 Ø40 x 25 Ø40 x H-15 ure pper () (0.0001) () (99.97) () (0.0001) (0.027) (0.0002) () (0.0001) Ø40 x E-16 Leaded rass () (0.280) (0.028) (55.67) (0.610) () (0.570) (38.98) (3.77) () Ø40 x 22 age 15 of 20 Updated on

16 ckel ase: ertified Reference Materials Material ategory & Fe Ta ze in N Inconel (0.108) () Ø 42x24 ckel ase: ertified Reference Materials (Under ertification) Material ategory & Fe Ta ze in N E N ckel-iron- loy loy 20 pecial (0.024) (26.51) (0.041) (28.829) (0.23) (1.94) (0.305) (0.903) (0.52) (0.088) (0.805) (0.090) (1.642) (5.32) (10.896) (18.75) (0.10) (19.348) (0.100) (0.67) (0.088) (0.183) (45.72) (36.850) Ø40 x 25 Ø40 x 25 age 16 of 20 Updated on

17 Zn ase: ertified Reference Materials Material ategory & Fe b Zn b d ze in Z35531A -16 Zamak () () (95.14) -- Ø50 x 40 Zn ase: ertified Reference Materials (Under ertification) Material ategory & Fe b Zn b d ze in Z12002 F-16 ure Zinc () (99.99) () Ø39 x 27 age 17 of 20 Updated on

18 b ase: ertified Reference Materials (Under ertification) Material ategory & Fe b Ag d b Zn e ze in b-gr1 E (0.048) (1.58) () (3.25) (1.04) Ø40 x L F-16 ure Lead (0.0002) (0.0003) (99.99) -- () (0.0006) (0.0003) (0.0006) (0.0004) Ø50 x b-b3 I (0.140) (97.27) () (2.68) (0.0001) (0.23) () (0.0003) Ø50 x 20 age 18 of 20 Updated on

19 etting- Up amples Iron ase: U ID U ategory W b Zr N b a ze in GR1D A GR2J H GR4A D QA A L A E L-11 Low alloy steel Low alloy steel Low alloy steel ast Iron tainless teel tainless teel tainless teel < < < < < < < < Ø 36x36x < < < These (U) tandards are to be used for re-standardization / drift corrections, but are not certified with respect to true composition. Only approximate values are issued with these tandards. age 19 of 20 Updated on

20 etting- Up amples pper ase: U ID U ategory b Fe Zn Ag b -- ze in U-i2A F x37x U-3A A < < < < < Ø 40 x U-3 A < Ø 40 x U-3 A < < Ø 40 x U-4A A Ø 40 x U-4 A Ø 40 x U Ø 45x U-6A D Ø 40 x U-7A < Ø 40 x U < Ø 40 x U-8 D Ø 40 x 20 These (U) tandards are to be used for re-standardization / drift corrections, but are not certified with respect to true composition. Only approximate values are issued with these tandards. age 20 of 20 Updated on