alloy guide

MetalTek - Black, PMS 423C & PMS 129CMetalTek - Black, PMS 423C & PMS 129C

alloy guidealloys for high performance

MetalTek - Black, PMS 423C & PMS 129C

corrosioncorrosion

heatheat

wearwear

high performance alloysmetaltek

1. food & beverage 2. military 4. hydro

5. petrochemical 6. pulp & paper 7. energy

8. aerospace 9. turbine engine

10. mining 11. naval

12. steel mills

13. pump & valve

widest alloy selection for every industry and application

1.

2.

3.

4.

5.

6.

8.

7.

9.

13.10.

11.

12.

3. nuclear

metaltek capabilities

We offer world-class products for demanding applications from multiple international facilities, a range of capabilities found nowhere else, and the technical horsepower to back it all up.

Casting processes: Centrifugal casting:

Horizontal to 50 (1,270 mm) diameter, 240 (6,100 mm) length. Vertical to 180 (4,572 mm) diameter. Up to 34,000 lbs. (15,450 kg) cast weight.

Static Sand casting: To 144 (3,660 mm) cube. Up to 30,000 lbs. (13,640 kg) cast weight.

Investment casting: To 40 x 40 x 30 (1,016 mm x 1,016 mm x 762 mm) envelope. Up to 600 lbs. (273 kg) cast weight.

Static HPLT casting: To 96 (2,438 mm) cube. To 14,500 lbs. (6,590 kg) cast weight.

Continuous casting: Bar to 9 (220 mm), rectangle to 4.5 x 20 (114 mm x 508 mm). Up to 144 (3,660 mm) length.

Other capabilities: Complete rough and finish machining. Large fabrication facilities. Argon Oxygen Decarburization refining. Heat treatment. Net-shaping and near net-shaping. In-house pattern making. Patternless molding. Rapid prototyping. Fully certified non-destructive testing. Solidification modeling. Vacuum casting.

Certifications include: ISO 9001 AS 9100 Nadcap ASME Material Organization ASME 10CRF50AppB/10CFR21 Multiple Mil-specs Many others including numerous customer-specific approvals.

What really sets us apart: Technical expertise Over 50 engineers and metallurgists. Knowledge sharing Casting seminars conducted at the customer site. Performance and cost improvement Thousands of conversions from

forgings or multi-piece fabrications to single piece castings. Alloy options Master melt foundry routinely pouring more than 400 alloys. Market expertise Large sales engineering staff understands your market. Value-added technologies Unique capabilities save customers money. ca

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similar specifications nominal chemistry

CAST ASTMMILITARY/

AMS OTHER CuMETALTEK

GRADE Al Fe Ni Sn pb zn MnUNSaluminum bronZe

gear bronZeMTEK 65 C90700 C90700 B427, B505 QQ-C-390B SAE 65 (f ) 88.8 11 P 0.2 35 [240] 18 [125] 10 102 MTEK 65+Ni C91600 C91600 B427 MIL-C-15345-23 88 1.5 10.5 P 0.2 45 [310] 25 [170] 10 106 MTEK 87-11-0-1 C92500 C92501 B505 QQ-C-390B 87 1 11 1 40 [275] 24 [165] 10 AGMA CL A C90800 C90800 B427, B505 87.8 12 P 0.2 50 [345] 28 [195] 12 95 AGMA CL B C91700 C91700 B427 86.5 1.5 12 P 0.2 50 [345] 28 [195] 12 106MTEK 102-N C92900 C92900 B427, B505 83.5 2.8 9 2 P 0.2 45 [310] 25 [170] 8 80

bearing bronZeMTEK 85-5-5-5 C83600 C83600 B271, B62, B584 MIL-C-15345-1 SAE 40 (f ) 85 5 5 5 30 [205] 14 [95] 20 70 MTEK 83-7-7-3 C93200 C93200 B271, B505, B584 MIL-C-15345-12 SAE 660 (f ) 83 7 7 3 30 [205] 14 [95] 15 70 MTEK 80-10-10 C93700 C93700 B271, B22, B584 QQ-C-390B SAE 64 (f ) 80 10 10 30 [205] 12 [80] 15 70 MTEK 78-7-15 HI LEAD C93800 C93800 B271, B66, B584 QQ-C-390B SAE 67 (f ) 78 7 15 26 [180] 14 [95] 12 60 MTEK 79-6-15 HI LEAD C93900 C93900 B66 QQ-C-390B 79 6 15 25 [170] 16 [110] 5 60 MTEK 76-6-18 HI LEAD C94100 C94100 B66 QQ-C-390B 76 6 18 25 [170] 16 [110] 5 60 BEARIUM B-4 70 4 26 21.5 [150] 11 [75] 16 40 BEARIUM B-8 70 8 22 24 [165] 14 [95] 12 50 BEARIUM B-10 70 10 20 25.5 [175] 14.75 [100] 10 55 BEARIUM B-11 70 1.5 10 18 30 [210] 16 [110] 8 60 NAVY M C92200 C92200 B271, B61, B584 MIL-C-15345-9 SAE 622 (f ) 88 6 1.5 4.5 34 [235] 16 [110] 24 65 NAVY G C90300 C90300 B271, B584 MIL-C-15345-8 SAE 620 (f ) 88 8 4 40 [275] 18 [125] 20 80NAVY G 1% LEAD C92300 C92300 B271, B584 MIL-C-15345-10 SAE 621 (f ) 87 8 1 4 36 [250] 16 [110] 18 75

nicKel - silVerMTEK 12% Ni 410 C97300 C97300 B271, B584 MIL-C-15345-7 56 12 2 10 20 34 [235] 17.5 [120] 25 70MTEK 20% Ni 412 C97600 C97600 B271, B584 MIL-C-17112 64 20 4 4 8 40 [275] 17 [115] 10 90

manganese bronZeLOW TENSILE C86500 C86500 B271, B584, B148 MIL-C-15345-4 SAE 43 (f ) 58 1 1 39 1 65 [450] 25 [170] 20 149 MED. TENSILE C86200 C86200 B271, B584, B148 MIL-C-15345-5 SAE 430A (f ) 63 4 3 27 3 90 [620] 45 [310] 18 192 HIGH TENSILE C86300 C86300 B271, B584, B148 MIL-C-15345-6 SAE 430B (f ) 63 6 3 25 3 110 [760] 60 [415] 12 229LEADED MANGANESE C86400 C86401 B271, B505, B148 QQ-C-390B 59 1 1 38 0.50 60 [400] 20 [140] 15

high conductiVityCOPPER C81100 C81100 99.7 MIN COPPER SILVER (g) C11600 C11600 99.9 MIN Ag .085 MIN. 34 [235] 30 [205] 20 79 CHROME ZIRC COPPER (g) C18100 C18100 98.45 MIN Cr 0.60-0.80; Zr 0.10-0.15 60 [415] 50 [345] 25 CHROME COPPER C81500 C81500 MIL-C-19310 BAL Cr 0.4-1.5 45 [310] 35 [240] 12 89 COPPER NI SI C81540 C81540 BAL 2-3 Cr 0.10-0.60; Si 0.40-0.80 + Zr 80 [550] 65 [450] 15 192

special alloys in addition to the alloys listed, we produce custom alloys to meet your specifications.

MTEK 125 C95200 C95200 B271, B505, B148 MIL-B-16833CL1 88 9 3 65 [450] 25 [170] 20 110 143 MTEK 150 C95220 C95220 BAL 10 3.5 2.5 MAX 70 [485] 28 [195] 20 150 163 MTEK 175 C95400 C95400 B271, B505, B148 QQ-C-390B AMS 4870 (c) 85 11 4 75 [515] 30 [205] 12 150 183 MTEK 175-B C95410 C95410 B271, B505, B148 AMS 4871 (c) 85 11 4 90 [620] 50 [345] 5 217 MTEK 175-C C95400HT C95400HT B271, B505, B148 MIL-C-15345-13 85 11 4 90 [620] 45 [310] 6 175 192 MTEK 175 LOW IRON C95300 C95300 B271, B505, B148 QQ-C-390B 89 10 1 65 [450] 25 [170] 20 110 167 MTEK 230 C95500 C95500 B271, B505, B148 QQ-C-390B 81 11 4 4 90 [620] 40 [275] 6 190 212 MTEK 230-B C95500HT C95500HT B271, B505, B148 MIL-C-15345-14 AMS 4880 (d) 81 11 4 4 110 [760] 60 [415] 5 200 229 MTEK 230-N C95800 C95800 B271, B505, B148 MIL-B-24480 MIL-C-15345-28 ABS-4 81 9 4 5 1 85 [585] 35 [240] 15 175 MTEK 275 C95900 C95900 B271, B505, B148 BAL 13 4.5 75 [515] 50 [345] 1 248 255 MTEK 325 BAL 14 5 1 302 321MTEK 375 BAL 14.5 5.5 PLUS PROPRIETARY ELEMENTS 341 352

(1) Produced under license of ARMCO Advance Materials Corp. (2) Produced under license of Avesta Jernverk AB. (3) Produced under license of Langley Alloys. (4) Produced under license of ESCO Corp. (a) AMS specifying sand casting. (b) AMS specifying investment casting. (c) AMS specifying centrifugal casting. (d) AMS specifying centrifugal and continuous casting. (e) Low carbon version available. (f ) Cross reference only, spec discontinued. (g) Typical properties by forging. TRADEMARKS: CENTRI-VAC is a MetalTek International trademark for vacuum melted centrifugal cast products. Nitronic, 14-4PH, 15-5PH, 17-4PH trademarks of ARMCO Advanced Materials. 20Cb-3, Greek Ascoloy trademarks of Carpenter Technology. Hastelloy, C-22, HR120, 230 trademarks of Haynes International. IN, Incoloy, Inconel, Monel, Waspoloy trademarks of Special Metals. Ferralium trademark of Langley Alloys. MAR-M trademark of Martin Marietta. RENE and GTD 222 are trademarks of



OTHERTENSILE,

ksiTENSILE,

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ksiYIELD,[Mpa]

ELONGATION%

3000 KGMIN.

3000 KGTYpICAL

500 KGTYpICAL

aluminum bronZe

gear bronZeMTEK 65 C90700 C90700 B427, B505 QQ-C-390B SAE 65 (f ) 88.8 11 P 0.2 35 [240] 18 [125] 10 102 MTEK 65+Ni C91600 C91600 B427 MIL-C-15345-23 88 1.5 10.5 P 0.2 45 [310] 25 [170] 10 106 MTEK 87-11-0-1 C92500 C92501 B505 QQ-C-390B 87 1 11 1 40 [275] 24 [165] 10 AGMA CL A C90800 C90800 B427, B505 87.8 12 P 0.2 50 [345] 28 [195] 12 95 AGMA CL B C91700 C91700 B427 86.5 1.5 12 P 0.2 50 [345] 28 [195] 12 106MTEK 102-N C92900 C92900 B427, B505 83.5 2.8 9 2 P 0.2 45 [310] 25 [170] 8 80

bearing bronZeMTEK 85-5-5-5 C83600 C83600 B271, B62, B584 MIL-C-15345-1 SAE 40 (f ) 85 5 5 5 30 [205] 14 [95] 20 70 MTEK 83-7-7-3 C93200 C93200 B271, B505, B584 MIL-C-15345-12 SAE 660 (f ) 83 7 7 3 30 [205] 14 [95] 15 70 MTEK 80-10-10 C93700 C93700 B271, B22, B584 QQ-C-390B SAE 64 (f ) 80 10 10 30 [205] 12 [80] 15 70 MTEK 78-7-15 HI LEAD C93800 C93800 B271, B66, B584 QQ-C-390B SAE 67 (f ) 78 7 15 26 [180] 14 [95] 12 60 MTEK 79-6-15 HI LEAD C93900 C93900 B66 QQ-C-390B 79 6 15 25 [170] 16 [110] 5 60 MTEK 76-6-18 HI LEAD C94100 C94100 B66 QQ-C-390B 76 6 18 25 [170] 16 [110] 5 60 BEARIUM B-4 70 4 26 21.5 [150] 11 [75] 16 40 BEARIUM B-8 70 8 22 24 [165] 14 [95] 12 50 BEARIUM B-10 70 10 20 25.5 [175] 14.75 [100] 10 55 BEARIUM B-11 70 1.5 10 18 30 [210] 16 [110] 8 60 NAVY M C92200 C92200 B271, B61, B584 MIL-C-15345-9 SAE 622 (f ) 88 6 1.5 4.5 34 [235] 16 [110] 24 65 NAVY G C90300 C90300 B271, B584 MIL-C-15345-8 SAE 620 (f ) 88 8 4 40 [275] 18 [125] 20 80NAVY G 1% LEAD C92300 C92300 B271, B584 MIL-C-15345-10 SAE 621 (f ) 87 8 1 4 36 [250] 16 [110] 18 75

nicKel - silVerMTEK 12% Ni 410 C97300 C97300 B271, B584 MIL-C-15345-7 56 12 2 10 20 34 [235] 17.5 [120] 25 70MTEK 20% Ni 412 C97600 C97600 B271, B584 MIL-C-17112 64 20 4 4 8 40 [275] 17 [115] 10 90

manganese bronZeLOW TENSILE C86500 C86500 B271, B584, B148 MIL-C-15345-4 SAE 43 (f ) 58 1 1 39 1 65 [450] 25 [170] 20 149 MED. TENSILE C86200 C86200 B271, B584, B148 MIL-C-15345-5 SAE 430A (f ) 63 4 3 27 3 90 [620] 45 [310] 18 192 HIGH TENSILE C86300 C86300 B271, B584, B148 MIL-C-15345-6 SAE 430B (f ) 63 6 3 25 3 110 [760] 60 [415] 12 229LEADED MANGANESE C86400 C86401 B271, B505, B148 QQ-C-390B 59 1 1 38 0.50 60 [400] 20 [140] 15

high conductiVityCOPPER C81100 C81100 99.7 MIN COPPER SILVER (g) C11600 C11600 99.9 MIN Ag .085 MIN. 34 [235] 30 [205] 20 79 CHROME ZIRC COPPER (g) C18100 C18100 98.45 MIN Cr 0.60-0.80; Zr 0.10-0.15 60 [415] 50 [345] 25 CHROME COPPER C81500 C81500 MIL-C-19310 BAL Cr 0.4-1.5 45 [310] 35 [240] 12 89 COPPER NI SI C81540 C81540 BAL 2-3 Cr 0.10-0.60; Si 0.40-0.80 + Zr 80 [550] 65 [450] 15 192


SPECIAL DIE ALLOYS NORMALLY SPECIFIED FOR HARDNESS

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MTEK 125 C95200 C95200 B271, B505, B148 MIL-B-16833CL1 88 9 3 65 [450] 25 [170] 20 110 143 MTEK 150 C95220 C95220 BAL 10 3.5 2.5 MAX 70 [485] 28 [195] 20 150 163 MTEK 175 C95400 C95400 B271, B505, B148 QQ-C-390B AMS 4870 (c) 85 11 4 75 [515] 30 [205] 12 150 183 MTEK 175-B C95410 C95410 B271, B505, B148 AMS 4871 (c) 85 11 4 90 [620] 50 [345] 5 217 MTEK 175-C C95400HT C95400HT B271, B505, B148 MIL-C-15345-13 85 11 4 90 [620] 45 [310] 6 175 192 MTEK 175 LOW IRON C95300 C95300 B271, B505, B148 QQ-C-390B 89 10 1 65 [450] 25 [170] 20 110 167 MTEK 230 C95500 C95500 B271, B505, B148 QQ-C-390B 81 11 4 4 90 [620] 40 [275] 6 190 212 MTEK 230-B C95500HT C95500HT B271, B505, B148 MIL-C-15345-14 AMS 4880 (d) 81 11 4 4 110 [760] 60 [415] 5 200 229 MTEK 230-N C95800 C95800 B271, B505, B148 MIL-B-24480 MIL-C-15345-28 ABS-4 81 9 4 5 1 85 [585] 35 [240] 15 175 MTEK 275 C95900 C95900 B271, B505, B148 BAL 13 4.5 75 [515] 50 [345] 1 248 255 MTEK 325 BAL 14 5 1 302 321MTEK 375 BAL 14.5 5.5 PLUS PROPRIETARY ELEMENTS 341 352

mechanical propertiesMINIMUM UNLESS NOTED

General Electric. 2545MO trademark of Avesto Jernverk AB, Escoloy 45D trademark of ESCO Corp. AL6XN trademark of Allegany Ludlum. Bearium, MTEK, CENTRI-VAC trademark of MetalTek International. DISCLAIMER: The data and information here are believed to be reliable. However, this material is not intended as a substitute for competent professional engineering assistance which is a requisite to any specific application. MetalTek International , its companies or businesses, makes no warranty and assumes no legal liability or responsibility for results to be obtained in any particular situation, and shall not be liable for any direct, indirect, special or consequential damages therefrom. This material is subject to revision without prior notice.


CAST ASTMMILITARY/

AMSWROUGHT

UNSWROUGHT

GRADE C CrMETALTEK

GRADE Ni MnUNS

MTEK CA6NM J91540 CA6NM, E3N A487, A757, A743 0.06 11.5-14.0 3.5-4.5 1.00 1.00 Mo 0.4-1.0 110 [760] 80 [550] 15 277 NORM AND TEMPER MTEK CA20NW J91631 5354 (b) S41800 Greek Ascoloy 0.15-0.20 12-14 1.8-2.2 1.00 1.00 W 2.5-3.5; Mo 0.50 MAX 145 [1000] 115 [790] 10 302-352 ANNEAL/HARD AND TEMPER MTEK M-152 0.10-0.17 11.0-12.75 2-3 0.50-0.90 0.30 Mo 1.5-2.0; V 0.25-0.40 150 [1035] 120 [830] 13 330 HARDEN AND TEMPER MTEK 535 0.06-0.11 9.8-11.2 0.20-0.80 0.60-1.15 0.10-0.70 Mo 0.50-1.00; Co 5.0-7.0; Nb 0.20-0.45 + B,V,N 145 [1000] 127 [880] 8 330 HARDEN AND TEMPER MTEK 115 0.08-0.18 10.0-12.5 1.50 MAX 0.50-1.25 1.00 Mo 0.50-1.0; Nb 0.20-0.60 + V 134 [925] 107.3 [740] 8 330 HARDEN AND TEMPER MTEK H46 H46 0.10-0.16 10-12 0.3-1.1 0.3-1.0 0.10-0.60 V 0.15-0.35; Nb+Ta 0.15-0.55; Mo 0.4-1.1 135 [930] 115 [790] 8 285-321 ANNEAL/HARD AND TEMPER MTEK 410 J91150 CA15 A743, A487, A217 5351 (a) S41000 410 0.15 11.5-14.0 1.00 MAX 1.00 1.50 90 [620] 65 [450] 18 207 ANNEAL/HARD AND TEMPER MTEK 420 J91153 CA40 A743 S42000 420 0.20-0.40 11.5-14.0 1.00 MAX 1.00 1.50 100 [690] 70 [485] 15 240 MAX ANNEAL/HARD AND TEMPER MTEK 430 S43000 430 0.12 14-18 2.00 MAX 1.00 1.00 70 [485] 40 [275] 8 179 ANNEAL MTEK 220-01 / 222-01 J82090 C12 A 217 S50400 P9 0.20 8.00 - 10.00 0.50 MAX 0.35-0.65 1.00 Mo 0.90 - 1.20; Cu 0.50 MAX; W 0.10 MAX 90 [620] 60 [415] 18 NORMALIZE AND TEMPER MTEK 221-01 / 223-01 J84090 C12A A217 K91560 P91 0.08-0.12 8.0 - 9.5 0.40 0.30-0.60 0.20 - 0.50 Mo 0.85-1.05; Nb 0.06 -0.10; N 0.03-0.07; Al 0.04 MAX; V 0.18-0.25 85 [585] 60 [415] 18 NORMALIZE AND TEMPER MTEK 440A 440A S44002 440A 0.60-0.75 16.0 -18.0 1.00 1.00 Mo 0.75 255 MAX ANNEAL MTEK 440B 440B S44003 440B 0.75-0.95 16.0 -18.0 1.00 1.00 Mo 0.75 285 MAX ANNEALMTEK 440C J91639 440C 5352 (b) S44004 440C 0.95-1.20 16-18 0.75 MAX 1.00 1.00 Mo 0.25-0.75 300 MAX ANNEAL

MTEK 302B CF16Fa A743 0.16 18-21 9-12 1.50 2.00 S 0.20-0.40, Mo 0.40-0.80 70 [485] 30 [205] 25 SOL. ANNEAL MTEK 304 J92600 CF8 A351, A743, A744 S30400 304 0.08 18-21 8-11 1.50 2.00 70 [485] 30 [205] 35 153 SOL. ANNEAL MTEK 304L J92500 CF3 A351, A743, A744 5371 (a) S30403 304L 0.03 17-21 8-12 1.50 2.00 70 [485] 30 [205] 35 153 SOL. ANNEAL MTEK 309 J93400 CH20 A351, A743 S30900 309 0.20 22-26 12-15 1.50 2.00 70 [485] 30 [205] 30 187 SOL. ANNEAL MTEK 310 J94202 CK20 A351, A743 5365 (a) S31000 310 0.20 23-27 19-22 1.50 1.75 65 [450] 28 [195] 30 163 SOL. ANNEAL MTEK 316 J92900 CF8M A351, A743, A744 5361 (c) S31600 316 0.08 18-21 9-12 1.50 1.50 Mo 2-3 70 [485] 30 [205] 30 179 SOL. ANNEAL MTEK 316L J92800 CF3M A351, A743, A744 316L 0.03 17-21 9-13 1.50 1.50 Mo 2-3 70 [485] 30 [205] 30 179 SOL. ANNEAL MTEK 317 J93000 CG8M A351, A743, A744 317 0.08 18-21 9-13 1.50 1.50 Mo 3-4 75 [515] 35 [240] 25 179 SOL. ANNEAL MTEK 317L J92999 CG3M S31703 317L 0.03 18-21 9-13 1.50 1.50 Mo 3-4 75 [515] 35 [240] 25 179 SOL. ANNEAL MTEK 347 J92710 CF8C A351, A743, A744 5363 (ac) S34700 347 0.08 18-21 9-12 1.50 2.00 Nb 1.00 MAX 70 [485] 30 [205] 30 156 SOL. ANNEAL MTEK CE20N N08007 CE20N A351, A451 0.20 23-26 8-11 1.50 1.50 N 0.08 -0.20 80 [550] 40 [275] 30 166 SOL. ANNEAL NITRONIC 33 (1) NITRONIC 33 0.08 17 -19 2.25-3.75 11.5-14.5 1.00 N 0.20-0.40 90 [620] 50 [355] 40 185 SOL. ANNEAL NITRONIC 40 (1) S21900 NITRONIC 40 0.08 19.0-21.5 5.5-7.5 8-10 1.00 N 0.15-0.40 90 [620] 48 [330] 35 185 SOL. ANNEAL NITRONIC 50 (1) J93790 CG6MMN A351, A743 S20910 NITRONIC 50 0.06 20.5-23.5 11.5-13.5 4-6 1.00 Mo 1.5-3.0; Nb 0.10-0.30; V 0.10-0.30; N 0.20-0.40 85 [585] 42 [290] 30 179 SOL. ANNEAL NITRONIC 60 (1) J92972 CF10SMnN A351, A743 S21800 NITRONIC 60 0.10 16-18 8-9 7-9 3.5-4.5 N 0.08-0.18 85 [585] 42 [290] 30 200 SOL. ANNEAL

17-4 PH (1) J92180 CB7Cu-1 A747 5398 (a) S17700 17-4 PH 0.07 15.5-17.5 3.6-4.6 0.70 1.00 Cu 2.5-3.2; Nb 0.15-0.35 SOL. ANNEAL AND AGE 15-5 PH (1) J92110 CB7Cu-2 A747 5348 (c) S15500 15-5 PH 0.07 14-15 4.5-5.5 0.70 1.00 Cu 2.5-3.2; Nb 0.15-0.35 SOL. ANNEAL AND AGE 14-4 PH (1) J92240 14-4 PH 5340 0.06 13.50-14.25 3.75-4.75 0.70 0.50-1.00 Nb 0.15-0.35; Mo 2.0-2.5; Cu 3.0-3.5; Ta 0.05 MAX; N 0.05 MAX 150 [1035] 130 [895] 10 286 HOMOG, SOLUTION, AGE

MTEK 29M J93370 CD4MCu,1A A995, A890 0.04 24.5-26.5 4.75-6.0 1.00 1.00 Mo 1.75-2.25; Cu 2.75-3.25 100 [690] 70 [485] 16 235 SOL. ANNEAL MTEK 29MN J93372 CD4MCuN, 1B A890, A995 0.04 24.5-26.5 4.7-6.0 1.00 1.00 Mo 1.70-2.30, N 0.10-0.25; Cu 2.7-3.3 100 [690] 70 [485] 16 SOL. ANNEAL MTEK 2205 J92205 CD3MN, 4A A995, A890 S31803 2205 0.03 21.0-23.5 4.5-6.5 1.50 1.00 Mo 2.5-3.5; Cu 1.0 MAX; N 0.10-0.30 90 [620] 60 [415] 25 235 SOL. ANNEAL MTEK 2507 J93404 CE3MN, 5A A995, A890 S32750 0.03 24-26 6-8 1.50 1.00 Mo 4-5; N 0.10-0.30 100 [690] 75 [515] 18 241 SOL. ANNEAL FERRALIUM 255 (3) J32550 S32550 FERRALIUM 255 0.04 24-27 4.50-7.50 2.00 1.00 Mo 2.7-3.9; Cu 1.00-2.50; N 0.10 MIN; + P + S, Fe BAL 100 [690] 65 [450] 20 241 SOL. ANNEAL MTEK SD100 J93380 CD3MWCuN, 6A A890, A995 ZERON 100 0.03 24.0-26.0 6.5-8.5 1.00 1.00 Mo 3.0-4.0, W 0.50-1.00, N 0.20-0.30; Cu 0.50-1.00 100 [690] 65 [450] 25 SOL. ANNEAL ESCOLOY 45D (4) J93345 CE8MN, 2A A890, A995 S32750 0.08 22.5-25.5 8-11 1.50 1.50 Mo 3-4.5; N 0.10-0.30 95 [655] 65 [450] 25 217 SOL. ANNEAL

MTEK 20 N08007 CN7M A351, A743, A744 N09020 20Cb-3 0.07 19-22 27.5-30.5 1.50 1.50 Mo 2-3; Cu 3-4 62 [425] 25 [170] 35 156 SOL. ANNEAL MTEK 20M J94650 CN7MS A744 0.07 18-20 22-25 1.00 2.5-3.5 Mo 2.5 - 3.0; Cu 1.5-2.0 70 [485] 30 [205] 35 156 SOL. ANNEAL MTEK 6XN J94651 CN3MN A743, A744 N08367 AL6XN 0.03 20-22 23.5-25.5 2.00 1.00 Mo 6 - 7; N 0.18-0.26 80 [550] 38 [260] 35 SOL. ANNEAL 254 SMO (2) CK3MCuN A351, A743, A744 S31254 254 SMO 0.025 19.5-20.5 17.5 -19.5 1.20 1.00 Mo 6-7; Cu .5-1.0; N 0.18-0.24 80 [550] 38 [260] 35 SOL. ANNEAL


austenitic

super austenitic

duplex

precipitation hardening steel

martensitic

(1) Produced under license of ARMCO Advance Materials Corp. (2) Produced under license of Avesta Jernverk AB. (3) Produced under license of Langley Alloys. (4) Produced under license of ESCO Corp. (a) AMS specifying sand casting. (b) AMS specifying invest-ment casting. (c) AMS specifying centrifugal casting. (d) AMS specifying centrifugal and continuous casting. (e) Low carbon version available. (f ) Cross reference only, spec discontinued. (g) Typical properties by forging. TRADEMARKS: CENTRI-VAC is a MetalTek International trademark for vacuum melted centrifugal cast products. Nitronic, 14-4PH, 15-5PH, 17-4PH trademarks of ARMCO Advanced Materials. 20Cb-3, Greek Ascoloy trademarks of Carpenter Technology. Hastelloy, C-22, HR120, 230 trademarks of Haynes International. IN, Incoloy, Inconel, Monel, Waspoloy trademarks of Special Metals. Ferralium trademark of Langley Alloys. MAR-M trademark of Martin Marietta. RENE and GTD 222 are trademarks of General Electric. 2545MO trademark of Avesto Jernverk AB, Escoloy 45D trademark of ESCO



Si OTHERTENSILE,

ksiTENSILE,

[Mpa]YIELD,

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ELONGATION%

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ss

ste

elMTEK CA6NM J91540 CA6NM, E3N A487, A757, A743 0.06 11.5-14.0 3.5-4.5 1.00 1.00 Mo 0.4-1.0 110 [760] 80 [550] 15 277 NORM AND TEMPER MTEK CA20NW J91631 5354 (b) S41800 Greek Ascoloy 0.15-0.20 12-14 1.8-2.2 1.00 1.00 W 2.5-3.5; Mo 0.50 MAX 145 [1000] 115 [790] 10 302-352 ANNEAL/HARD AND TEMPER MTEK M-152 0.10-0.17 11.0-12.75 2-3 0.50-0.90 0.30 Mo 1.5-2.0; V 0.25-0.40 150 [1035] 120 [830] 13 330 HARDEN AND TEMPER MTEK 535 0.06-0.11 9.8-11.2 0.20-0.80 0.60-1.15 0.10-0.70 Mo 0.50-1.00; Co 5.0-7.0; Nb 0.20-0.45 + B,V,N 145 [1000] 127 [880] 8 330 HARDEN AND TEMPER MTEK 115 0.08-0.18 10.0-12.5 1.50 MAX 0.50-1.25 1.00 Mo 0.50-1.0; Nb 0.20-0.60 + V 134 [925] 107.3 [740] 8 330 HARDEN AND TEMPER MTEK H46 H46 0.10-0.16 10-12 0.3-1.1 0.3-1.0 0.10-0.60 V 0.15-0.35; Nb+Ta 0.15-0.55; Mo 0.4-1.1 135 [930] 115 [790] 8 285-321 ANNEAL/HARD AND TEMPER MTEK 410 J91150 CA15 A743, A487, A217 5351 (a) S41000 410 0.15 11.5-14.0 1.00 MAX 1.00 1.50 90 [620] 65 [450] 18 207 ANNEAL/HARD AND TEMPER MTEK 420 J91153 CA40 A743 S42000 420 0.20-0.40 11.5-14.0 1.00 MAX 1.00 1.50 100 [690] 70 [485] 15 240 MAX ANNEAL/HARD AND TEMPER MTEK 430 S43000 430 0.12 14-18 2.00 MAX 1.00 1.00 70 [485] 40 [275] 8 179 ANNEAL MTEK 220-01 / 222-01 J82090 C12 A 217 S50400 P9 0.20 8.00 - 10.00 0.50 MAX 0.35-0.65 1.00 Mo 0.90 - 1.20; Cu 0.50 MAX; W 0.10 MAX 90 [620] 60 [415] 18 NORMALIZE AND TEMPER MTEK 221-01 / 223-01 J84090 C12A A217 K91560 P91 0.08-0.12 8.0 - 9.5 0.40 0.30-0.60 0.20 - 0.50 Mo 0.85-1.05; Nb 0.06 -0.10; N 0.03-0.07; Al 0.04 MAX; V 0.18-0.25 85 [585] 60 [415] 18 NORMALIZE AND TEMPER MTEK 440A 440A S44002 440A 0.60-0.75 16.0 -18.0 1.00 1.00 Mo 0.75 255 MAX ANNEAL MTEK 440B 440B S44003 440B 0.75-0.95 16.0 -18.0 1.00 1.00 Mo 0.75 285 MAX ANNEALMTEK 440C J91639 440C 5352 (b) S44004 440C 0.95-1.20 16-18 0.75 MAX 1.00 1.00 Mo 0.25-0.75 300 MAX ANNEAL

MTEK 302B CF16Fa A743 0.16 18-21 9-12 1.50 2.00 S 0.20-0.40, Mo 0.40-0.80 70 [485] 30 [205] 25 SOL. ANNEAL MTEK 304 J92600 CF8 A351, A743, A744 S30400 304 0.08 18-21 8-11 1.50 2.00 70 [485] 30 [205] 35 153 SOL. ANNEAL MTEK 304L J92500 CF3 A351, A743, A744 5371 (a) S30403 304L 0.03 17-21 8-12 1.50 2.00 70 [485] 30 [205] 35 153 SOL. ANNEAL MTEK 309 J93400 CH20 A351, A743 S30900 309 0.20 22-26 12-15 1.50 2.00 70 [485] 30 [205] 30 187 SOL. ANNEAL MTEK 310 J94202 CK20 A351, A743 5365 (a) S31000 310 0.20 23-27 19-22 1.50 1.75 65 [450] 28 [195] 30 163 SOL. ANNEAL MTEK 316 J92900 CF8M A351, A743, A744 5361 (c) S31600 316 0.08 18-21 9-12 1.50 1.50 Mo 2-3 70 [485] 30 [205] 30 179 SOL. ANNEAL MTEK 316L J92800 CF3M A351, A743, A744 316L 0.03 17-21 9-13 1.50 1.50 Mo 2-3 70 [485] 30 [205] 30 179 SOL. ANNEAL MTEK 317 J93000 CG8M A351, A743, A744 317 0.08 18-21 9-13 1.50 1.50 Mo 3-4 75 [515] 35 [240] 25 179 SOL. ANNEAL MTEK 317L J92999 CG3M S31703 317L 0.03 18-21 9-13 1.50 1.50 Mo 3-4 75 [515] 35 [240] 25 179 SOL. ANNEAL MTEK 347 J92710 CF8C A351, A743, A744 5363 (ac) S34700 347 0.08 18-21 9-12 1.50 2.00 Nb 1.00 MAX 70 [485] 30 [205] 30 156 SOL. ANNEAL MTEK CE20N N08007 CE20N A351, A451 0.20 23-26 8-11 1.50 1.50 N 0.08 -0.20 80 [550] 40 [275] 30 166 SOL. ANNEAL NITRONIC 33 (1) NITRONIC 33 0.08 17 -19 2.25-3.75 11.5-14.5 1.00 N 0.20-0.40 90 [620] 50 [355] 40 185 SOL. ANNEAL NITRONIC 40 (1) S21900 NITRONIC 40 0.08 19.0-21.5 5.5-7.5 8-10 1.00 N 0.15-0.40 90 [620] 48 [330] 35 185 SOL. ANNEAL NITRONIC 50 (1) J93790 CG6MMN A351, A743 S20910 NITRONIC 50 0.06 20.5-23.5 11.5-13.5 4-6 1.00 Mo 1.5-3.0; Nb 0.10-0.30; V 0.10-0.30; N 0.20-0.40 85 [585] 42 [290] 30 179 SOL. ANNEAL NITRONIC 60 (1) J92972 CF10SMnN A351, A743 S21800 NITRONIC 60 0.10 16-18 8-9 7-9 3.5-4.5 N 0.08-0.18 85 [585] 42 [290] 30 200 SOL. ANNEAL

17-4 PH (1) J92180 CB7Cu-1 A747 5398 (a) S17700 17-4 PH 0.07 15.5-17.5 3.6-4.6 0.70 1.00 Cu 2.5-3.2; Nb 0.15-0.35 SOL. ANNEAL AND AGE 15-5 PH (1) J92110 CB7Cu-2 A747 5348 (c) S15500 15-5 PH 0.07 14-15 4.5-5.5 0.70 1.00 Cu 2.5-3.2; Nb 0.15-0.35 SOL. ANNEAL AND AGE 14-4 PH (1) J92240 14-4 PH 5340 0.06 13.50-14.25 3.75-4.75 0.70 0.50-1.00 Nb 0.15-0.35; Mo 2.0-2.5; Cu 3.0-3.5; Ta 0.05 MAX; N 0.05 MAX 150 [1035] 130 [895] 10 286 HOMOG, SOLUTION, AGE

MTEK 29M J93370 CD4MCu,1A A995, A890 0.04 24.5-26.5 4.75-6.0 1.00 1.00 Mo 1.75-2.25; Cu 2.75-3.25 100 [690] 70 [485] 16 235 SOL. ANNEAL MTEK 29MN J93372 CD4MCuN, 1B A890, A995 0.04 24.5-26.5 4.7-6.0 1.00 1.00 Mo 1.70-2.30, N 0.10-0.25; Cu 2.7-3.3 100 [690] 70 [485] 16 SOL. ANNEAL MTEK 2205 J92205 CD3MN, 4A A995, A890 S31803 2205 0.03 21.0-23.5 4.5-6.5 1.50 1.00 Mo 2.5-3.5; Cu 1.0 MAX; N 0.10-0.30 90 [620] 60 [415] 25 235 SOL. ANNEAL MTEK 2507 J93404 CE3MN, 5A A995, A890 S32750 0.03 24-26 6-8 1.50 1.00 Mo 4-5; N 0.10-0.30 100 [690] 75 [515] 18 241 SOL. ANNEAL FERRALIUM 255 (3) J32550 S32550 FERRALIUM 255 0.04 24-27 4.50-7.50 2.00 1.00 Mo 2.7-3.9; Cu 1.00-2.50; N 0.10 MIN; + P + S, Fe BAL 100 [690] 65 [450] 20 241 SOL. ANNEAL MTEK SD100 J93380 CD3MWCuN, 6A A890, A995 ZERON 100 0.03 24.0-26.0 6.5-8.5 1.00 1.00 Mo 3.0-4.0, W 0.50-1.00, N 0.20-0.30; Cu 0.50-1.00 100 [690] 65 [450] 25 SOL. ANNEAL ESCOLOY 45D (4) J93345 CE8MN, 2A A890, A995 S32750 0.08 22.5-25.5 8-11 1.50 1.50 Mo 3-4.5; N 0.10-0.30 95 [655] 65 [450] 25 217 SOL. ANNEAL

MTEK 20 N08007 CN7M A351, A743, A744 N09020 20Cb-3 0.07 19-22 27.5-30.5 1.50 1.50 Mo 2-3; Cu 3-4 62 [425] 25 [170] 35 156 SOL. ANNEAL MTEK 20M J94650 CN7MS A744 0.07 18-20 22-25 1.00 2.5-3.5 Mo 2.5 - 3.0; Cu 1.5-2.0 70 [485] 30 [205] 35 156 SOL. ANNEAL MTEK 6XN J94651 CN3MN A743, A744 N08367 AL6XN 0.03 20-22 23.5-25.5 2.00 1.00 Mo 6 - 7; N 0.18-0.26 80 [550] 38 [260] 35 SOL. ANNEAL 254 SMO (2) CK3MCuN A351, A743, A744 S31254 254 SMO 0.025 19.5-20.5 17.5 -19.5 1.20 1.00 Mo 6-7; Cu .5-1.0; N 0.18-0.24 80 [550] 38 [260] 35 SOL. ANNEAL

PROPERTIES VARY WITH HEAT TREATMENT


austenitic

super austenitic

duplex

precipitation hardening steel

martensitic


Corp. AL6XN trademark of Allegany Ludlum. Bearium, MTEK, CENTRI-VAC trademark of MetalTek International. DISCLAIMER: The data and information here are believed to be reliable. However, this material is not intended as a substitute for competent professional engineering assistance which is a requisite to any specific application. MetalTek International , its companies or businesses, makes no warranty and assumes no legal liability or responsibility for results to be obtained in any particular situation, and shall not be liable for any direct, indirect, special or consequential damages therefrom. This material is subject to revision without prior notice.

CAST ASTMMILITARY/

AMSWROUGHT

UNSWROUGHT

GRADE C CrMETALTEK

GRADE Ni Mn SiUNSheat resistant stainless steel


MTEK 29-4 J92605 HC A297 0.50 26-30 4.00 MAX 1.00 2.00 55 [380] NOT HEAT TREATED MTEK 27-5 J93015 HD A297, A608 0.50 26-30 4-7 1.50 2.00 75 [515] 35 [240] 8 192 NOT HEAT TREATED MTEK 29-10 J93403 HE A297, A608 312 0.20-0.50 26-30 8-11 2.00 2.00 85 [585] 40 [270] 9 192 NOT HEAT TREATED MTEK 20-10 J92603 HF A297, A608 302 0.20-0.40 18-23 8-12 2.00 2.00 70 [485] 35 [240] 25 166 NOT HEAT TREATED MTEK 25-12 J93503 HH A297, A608 S30900 309 0.20-0.50 24-28 11-14 2.00 2.00 75 [515] 35 [240] 10 179 NOT HEAT TREATED MTEK 25-12 TYP I J93303 HH TYP I A447 0.20-0.45 23- 28 10-14 2.50 1.75 N 0.20 MAX 80 [550] 9 NOT HEAT TREATED MTEK 25-12 TYPE II J93303 HHTYP II A447 0.20-0.45 23- 28 10-14 2.50 1.75 N 0.20 MAX 80 [550] 4 NOT HEAT TREATED MTEK 29-17 J94003 HI A297, A608 0.20-0.50 26-30 14 -18 2.00 2.00 70 [480] 35 [240] 10 NOT HEAT TREATED MTEK 25-20 J94224 HK A297, A608 S31000 310 0.20-0.60 24-28 18- 22 2.00 2.00 65 [450] 35 [240] 10 170 NOT HEAT TREATED MTEK HK40 J94204 HK 40 A297, A351, A608 0.35-0.45 23-27 19 - 22 1.50 1.75 62 [430] 35 [240] 10 170 NOT HEAT TREATED MTEK 30-20 N08604 HL A297, A608 0.20-0.60 28-32 18- 22 2.00 2.00 65 [450] 35 [240] 10 NOT HEAT TREATED MTEK 20-25 J94213 HN A297, A608 0.20-0.50 19-23 23 - 27 2.00 2.00 63 [435] 8 NOT HEAT TREATED MTEK 25-35 N08705 J95705 HP A297 0.35-0.75 24-28 33 - 37 2.00 2.50 62.5 [430] 34 [235] 4.5 190 NOT HEAT TREATED MTEK 35-15 N08605 HT A297, A351, A608 N83300 330 0.35-0.75 15-19 33 - 37 2.00 2.50 65 [450] 34 [235] 4 179 NOT HEAT TREATED MTEK 10-60 N08001 HW A297 0.35-0.75 10-14 58 - 62 2.00 2.50 60 [415] NOT HEAT TREATED MTEK 15-65 N06006 HX A297 0.35-0.75 15-19 64 - 68 2.00 2.50 60 [415] NOT HEAT TREATED MTEK 20-32Nb N08151 CT15C A351 N08810 Incoloy 800 0.05-0.15 19-21 31- 34 0.15-1.50 .50 -1.5 Nb 0.50-1.50 63 [435] 25 [170] 20 NOT HEAT TREATED MTEK SUPER 20-32Nb N08151 CT15C A351 N08811 0.12 20 33 1.25 0.60 Nb 0.90; Others 0.50 MAX 63 [435] 25 [170] 25 NOT HEAT TREATED OR SOLUTION ANNEAL MTEK 25-35Nb A297 MOD. 0.35-0.55 (e) 24-25 34 - 35 0.80-1.30 1.25 - 1.75 Nb 1.2-1.5 65 [450] 35.1 [240] 6 NOT HEAT TREATED MTEK 25-35WCo A297 MOD. 0.45-0.50 25-28 34 - 37 1.00 1.40 - 2.00 W 4-6; Co 14-16 70 [480] 40 [275] 7 NOT HEAT TREATED MTEK 30-50W 0.50-0.60 26-30 45 - 50 1.50 2.00 W 3.5-4.0 65 [450] 34 [235] 4 200 NOT HEAT TREATED MTEK 28-48WCo 0.45-0.50 26-30 46 - 50 1.0- 2.0 1.0 - 2.0 W 4-6, Co 2.5-4 65 [450] 35 [240] 4 NOT HEAT TREATED MTEK 50-50Nb R20501 50Cr-50Ni-Cb A560 IN 657 (Cast) 0.10 47-52 BAL 0.30 0.50 Nb 1.4-1.7 80 [550] 50 [350] 5 NOT HEAT TREATED MTEK 35-45MA 0.35-0.47 33-36 43-47 2.00 2.00 Mo 0.50 MAX; Nb 1.00 MAX; Fe BAL 65 [450] 34 [235] 5 NOT HEAT TREATED MTEK 25-35LC 0.12-0.18 23.5-26.0 35 - 38 1.00-1.60 1.00 - 1.75 Mo 0.50 MAX; Nb 0.75-1.50; Fe BAL 65 [450] 27 [185] 25 NORMALLY USED AS CAST MTEK 25-35MA 0.35-0.55 (e) 23-27 33 - 37 1.50 2.00 Mo 0.50 MAX; Nb 0.50- 1.25; Fe BAL 65 [450] 33 [225] 8(Cent)6(Static) NOT HEAT TREATED

tool steelsMTEK A2 T90102 CA2 A597 T30102 AISI A2 0.95-1.05 4.75 - 5.5 0.75 1.50 Mo 0.90-1.4; V 0.20-0.50 229 ANNEAL MTEK A6 T30106 AISI A6 0.65-0.75 0.90 -1.20 2.50 1.50 Mo 0.90-1.4 229 ANNEAL MTEK D2 T90402 CD2 A597 T30402 AISI D2 1.4-1.6 11-13 1.00 1.50 Mo 0.70-1.2; V 0.40-1.0; Co 0.70-1.0 255 ANNEAL MTEK D5 T90405 CD5 A597 T30405 AISI D5 1.35-1.6 11-13 0.40-0.60 0.75 1.50 Mo .70- 1.2; V 0.35 - 0.55; Co 2.5- 3.5 255 ANNEAL MTEK H13 T90813 CH13 A597 T20813 AISI H13 0.30-0.42 4.75-5.75 0.75 1.50 Mo 1.25 - 1.75; V 0.75 - 1.2 229 ANNEAL

alloy steelsWCB J13345 9B A216 G41300 0.30 1.00 0.60 70-95 [480]-[655] 40 [275] 22 255 NORM AND TEMPER WCC 105-85 A216 G41420 0.25 1.50 0.60 70-95 [480]-[655] 40 [275] 22 269 NORM AND TEMPER WC 1 J13047 A4 A217 G86200 0.25 0.50-0.80 0.60 Mo 0.45-0.65 65 [450] 35 [240] 24 197 NORM AND TEMPER WC 6 J24054 10B A217 0.05-0.20 1.00-1.50 0.50-0.80 0.60 Mo 0.45-0.65 70-95 [480]-[655] 40 [275] 20 285 NORM AND TEMPER WC 9 J42045 C5 A217 K41545 0.05-0.18 2.00-2.75 0.40-0.70 0.60 Mo 0.90-1.20 70-95 [480]-[655] 40 [275] 20 229 NORM AND TEMPER

abrasion resistant cast ironMTEK 80 F45000 CL I TYP A A532 2.8-3.6 1.4-4.0 3.3-5.0 2.00 0.80 Mo 1.0 MAX MTEK HC-225 F45005 CL II TYP S A533 2.0-3.3 14.0-18.0 2.5 MAX 2.00 1.50 Mo 3.0 MAX MTEK HC-250 F45009 CL III TYP A A532 2.30-3.00 23.0-30.0 2.5 MAX 2.00 1.50 Mo 3.0 MAX ANNEAL AND HARDEN


(1) Produced under license of ARMCO Advance Materials Corp. (2) Produced under license of Avesta Jernverk AB. (3) Produced under license of Langley Alloys. (4) Produced under license of ESCO Corp. (a) AMS specifying sand casting. (b) AMS specifying investment casting. (c) AMS specifying centrifugal casting. (d) AMS specifying centrifugal and continuous casting. (e) Low carbon version available. (f ) Cross reference only, spec discontinued. (g) Typical properties by forging. TRADEMARKS: CENTRI-VAC is a MetalTek International trademark for vacuum melted centrifugal cast products. Nitronic, 14-4PH, 15-5PH, 17-4PH trademarks of ARMCO Advanced Materials. 20Cb-3, Greek Ascoloy trademarks of Carpenter Technology. Hastelloy, C-22, HR120, 230 trademarks of Haynes International. IN, Incoloy, Inconel, Monel, Waspoloy trademarks of Special Metals. Ferralium trademark of Langley Alloys. MAR-M trademark of Martin Marietta. RENE and GTD 222 are trademarks of General Electric. 2545MO trademark of Avesto Jernverk AB, Escoloy 45D trademark of ESCO Corp. AL6XN trademark of Allegany Ludlum. Bearium, MTEK,

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ELONGATION%

bRINELLTYpICAL

HEATTREATMENT

heat resistant stainless steel


MTEK 29-4 J92605 HC A297 0.50 26-30 4.00 MAX 1.00 2.00 55 [380] NOT HEAT TREATED MTEK 27-5 J93015 HD A297, A608 0.50 26-30 4-7 1.50 2.00 75 [515] 35 [240] 8 192 NOT HEAT TREATED MTEK 29-10 J93403 HE A297, A608 312 0.20-0.50 26-30 8-11 2.00 2.00 85 [585] 40 [270] 9 192 NOT HEAT TREATED MTEK 20-10 J92603 HF A297, A608 302 0.20-0.40 18-23 8-12 2.00 2.00 70 [485] 35 [240] 25 166 NOT HEAT TREATED MTEK 25-12 J93503 HH A297, A608 S30900 309 0.20-0.50 24-28 11-14 2.00 2.00 75 [515] 35 [240] 10 179 NOT HEAT TREATED MTEK 25-12 TYP I J93303 HH TYP I A447 0.20-0.45 23- 28 10-14 2.50 1.75 N 0.20 MAX 80 [550] 9 NOT HEAT TREATED MTEK 25-12 TYPE II J93303 HHTYP II A447 0.20-0.45 23- 28 10-14 2.50 1.75 N 0.20 MAX 80 [550] 4 NOT HEAT TREATED MTEK 29-17 J94003 HI A297, A608 0.20-0.50 26-30 14 -18 2.00 2.00 70 [480] 35 [240] 10 NOT HEAT TREATED MTEK 25-20 J94224 HK A297, A608 S31000 310 0.20-0.60 24-28 18- 22 2.00 2.00 65 [450] 35 [240] 10 170 NOT HEAT TREATED MTEK HK40 J94204 HK 40 A297, A351, A608 0.35-0.45 23-27 19 - 22 1.50 1.75 62 [430] 35 [240] 10 170 NOT HEAT TREATED MTEK 30-20 N08604 HL A297, A608 0.20-0.60 28-32 18- 22 2.00 2.00 65 [450] 35 [240] 10 NOT HEAT TREATED MTEK 20-25 J94213 HN A297, A608 0.20-0.50 19-23 23 - 27 2.00 2.00 63 [435] 8 NOT HEAT TREATED MTEK 25-35 N08705 J95705 HP A297 0.35-0.75 24-28 33 - 37 2.00 2.50 62.5 [430] 34 [235] 4.5 190 NOT HEAT TREATED MTEK 35-15 N08605 HT A297, A351, A608 N83300 330 0.35-0.75 15-19 33 - 37 2.00 2.50 65 [450] 34 [235] 4 179 NOT HEAT TREATED MTEK 10-60 N08001 HW A297 0.35-0.75 10-14 58 - 62 2.00 2.50 60 [415] NOT HEAT TREATED MTEK 15-65 N06006 HX A297 0.35-0.75 15-19 64 - 68 2.00 2.50 60 [415] NOT HEAT TREATED MTEK 20-32Nb N08151 CT15C A351 N08810 Incoloy 800 0.05-0.15 19-21 31- 34 0.15-1.50 .50 -1.5 Nb 0.50-1.50 63 [435] 25 [170] 20 NOT HEAT TREATED MTEK SUPER 20-32Nb N08151 CT15C A351 N08811 0.12 20 33 1.25 0.60 Nb 0.90; Others 0.50 MAX 63 [435] 25 [170] 25 NOT HEAT TREATED OR SOLUTION ANNEAL MTEK 25-35Nb A297 MOD. 0.35-0.55 (e) 24-25 34 - 35 0.80-1.30 1.25 - 1.75 Nb 1.2-1.5 65 [450] 35.1 [240] 6 NOT HEAT TREATED MTEK 25-35WCo A297 MOD. 0.45-0.50 25-28 34 - 37 1.00 1.40 - 2.00 W 4-6; Co 14-16 70 [480] 40 [275] 7 NOT HEAT TREATED MTEK 30-50W 0.50-0.60 26-30 45 - 50 1.50 2.00 W 3.5-4.0 65 [450] 34 [235] 4 200 NOT HEAT TREATED MTEK 28-48WCo 0.45-0.50 26-30 46 - 50 1.0- 2.0 1.0 - 2.0 W 4-6, Co 2.5-4 65 [450] 35 [240] 4 NOT HEAT TREATED MTEK 50-50Nb R20501 50Cr-50Ni-Cb A560 IN 657 (Cast) 0.10 47-52 BAL 0.30 0.50 Nb 1.4-1.7 80 [550] 50 [350] 5 NOT HEAT TREATED MTEK 35-45MA 0.35-0.47 33-36 43-47 2.00 2.00 Mo 0.50 MAX; Nb 1.00 MAX; Fe BAL 65 [450] 34 [235] 5 NOT HEAT TREATED MTEK 25-35LC 0.12-0.18 23.5-26.0 35 - 38 1.00-1.60 1.00 - 1.75 Mo 0.50 MAX; Nb 0.75-1.50; Fe BAL 65 [450] 27 [185] 25 NORMALLY USED AS CAST MTEK 25-35MA 0.35-0.55 (e) 23-27 33 - 37 1.50 2.00 Mo 0.50 MAX; Nb 0.50- 1.25; Fe BAL 65 [450] 33 [225] 8(Cent)6(Static) NOT HEAT TREATED

tool steelsMTEK A2 T90102 CA2 A597 T30102 AISI A2 0.95-1.05 4.75 - 5.5 0.75 1.50 Mo 0.90-1.4; V 0.20-0.50 229 ANNEAL MTEK A6 T30106 AISI A6 0.65-0.75 0.90 -1.20 2.50 1.50 Mo 0.90-1.4 229 ANNEAL MTEK D2 T90402 CD2 A597 T30402 AISI D2 1.4-1.6 11-13 1.00 1.50 Mo 0.70-1.2; V 0.40-1.0; Co 0.70-1.0 255 ANNEAL MTEK D5 T90405 CD5 A597 T30405 AISI D5 1.35-1.6 11-13 0.40-0.60 0.75 1.50 Mo .70- 1.2; V 0.35 - 0.55; Co 2.5- 3.5 255 ANNEAL MTEK H13 T90813 CH13 A597 T20813 AISI H13 0.30-0.42 4.75-5.75 0.75 1.50 Mo 1.25 - 1.75; V 0.75 - 1.2 229 ANNEAL

alloy steelsWCB J13345 9B A216 G41300 0.30 1.00 0.60 70-95 [480]-[655] 40 [275] 22 255 NORM AND TEMPER WCC 105-85 A216 G41420 0.25 1.50 0.60 70-95 [480]-[655] 40 [275] 22 269 NORM AND TEMPER WC 1 J13047 A4 A217 G86200 0.25 0.50-0.80 0.60 Mo 0.45-0.65 65 [450] 35 [240] 24 197 NORM AND TEMPER WC 6 J24054 10B A217 0.05-0.20 1.00-1.50 0.50-0.80 0.60 Mo 0.45-0.65 70-95 [480]-[655] 40 [275] 20 285 NORM AND TEMPER WC 9 J42045 C5 A217 K41545 0.05-0.18 2.00-2.75 0.40-0.70 0.60 Mo 0.90-1.20 70-95 [480]-[655] 40 [275] 20 229 NORM AND TEMPER

abrasion resistant cast ironMTEK 80 F45000 CL I TYP A A532 2.8-3.6 1.4-4.0 3.3-5.0 2.00 0.80 Mo 1.0 MAX MTEK HC-225 F45005 CL II TYP S A533 2.0-3.3 14.0-18.0 2.5 MAX 2.00 1.50 Mo 3.0 MAX MTEK HC-250 F45009 CL III TYP A A532 2.30-3.00 23.0-30.0 2.5 MAX 2.00 1.50 Mo 3.0 MAX ANNEAL AND HARDEN

PROPERTIES VARY WITH HEAT TREATMENT

similar specifications nominal chemistry mechanical propertiesMINIMUM UNLESS NOTED

CENTRI-VAC trademark of MetalTek International. DISCLAIMER: The data and information here are believed to be reliable. However, this material is not intended as a substitute for competent professional engineering assistance which is a requisite to any specific application. MetalTek International , its companies or businesses, makes no warranty and assumes no legal liability or responsibility for results to be obtained in any particular situation, and shall not be liable for any direct, indirect, special or consequential damages therefrom. This material is subject to revision without prior notice.

seVere corrosion and heat resistant


MTEK CZ-100 N02100 CZ-100 A494 N02200 NICKEL 200 1.00 95.0 MIN 1.50 2.00 Fe 3.0 MAX; Cu 1.25 MAX 50 [345] 18 [125] 10 121 NOT HEAT TREATED MTEK N-7M N30007 N-7M A494 N10001 HASTELLOY B MOD 0.07 1.00 BAL 1.00 1.00 Mo 30-33; Fe 3.0 MAX 76 [525] 40 [275] 20 SOL. ANNEAL MTEK N-12MV N30012 N-12MV A494 5396 (b) N10665 HASTELLOY B MOD 0.12 1.00 BAL 1.00 1.00 Mo 26-30; Fe 4-6; V 0.20-0.60 76 [525] 40 [275] 6 95 SOL. ANNEAL MTEK CW-12MW N30002 CW-12MW A494 N10276 HASTELLOY C-276 0.12 15.5-17.5 BAL 1.00 1.00 Mo 16 -18; Fe 4.5-7.5; W 3.75-5.25; V 0.20-0.40 72 [495] 40 [275] 4 SOL. ANNEAL MTEK CW-2M N26455 CW-2M A494 5408 (c) N06455 HASTELLOY C4C 0.02 15.0 -17.5 BAL 1.00 0.80 Mo 15.0-17.5; Fe 2.0 MAX; W 1.00 MAX 72 [495] 40 [275] 20 SOL. ANNEAL MTEK CX-2MW N26022 CX-2MW A494 N06022 HASTELLOY C-22 0.02 20.0-22.5 BAL 0.80 1.00 Mo 12.5 -14.5; Fe 2-6; W 2.5-3.5; V 0.35 MAX 80 [550] 45 [310] 30 SOL. ANNEAL MTEK ALLOY X N06002 5390 (b) N06002 HASTELLOY X 0.10 20.5-23.0 BAL 1.00 1.00 Mo 8-10; Fe 17-20; W 0.2-1.0; Co 0.5-2.5 55 [380] 35 [240] 8 170 SOL. ANNEAL ALLOY S N06635 HASTELLOY S 0.02 14.5-17.0 BAL 0.30-1.0 0.20-0.75 Mo; 14.0-16.5 + Fe, AI, La 72 [495] 35 [240] 28 180 SOL. ANNEAL MTEK CH-10CN N08120 HAYNES HR-120 0.20 28-32 30-45 2.00 3.00 Mo 5.0 MAX; Co 5.0 MAX; Ta + Nb 4.0 MAX + AI, Ti 65 [450] 35 [240] 25 SOL. ANNEAL MTEK CP-20MW N06230 HAYNES 230 0.05-0.09 20-24 BAL 1.00 0.25- 0.75 Mo 1-3; W 13 -15 + Fe, Co, AI, La, Ti 70 [485] 40 [275] 15 SOL. ANNEAL MTEK CY-40 N06040 CY-40 A494 N06600 INCONEL 600 0.40 14 -17 BAL 1.50 3.00 Fe 11.0 MAX 70 [485] 28 [195] 30 SOL. ANNEAL MTEK 617 N06617 INCONEL 617 0.15 20-24 BAL 1.00 1.00 Co 10-15; Mo 8-10 + Fe,AI 70 [485] 40 [275] 25 170 SOL. ANNEAL MTEK 625 N26625 CW-6MC A494 5402 (b) N06625 INCONEL 625 0.06 20-23 BAL 1.00 1.00 Mo 8-10; Fe 5.0 MAX; Nb 3.15-4.5 70 [485] 40 [275] 25 163 SOL. ANNEAL MTEK 718 N07718 NACE MR0175 5383 (b) N07718 INCONEL 718 0.02-0.08 17- 21 50-55 Mo 2.8-3.3; Nb 4.75-5.40 + Fe, Ti, AI, Co, Others 125 [860] 110 [760] 5 352 SOL. ANNEAL AND AGE MTEK 825 N08826 CU5MCuC A494 N08825 INCONEL 825 0.05 19.5-23.5 38-44 1.00 1.00 Mo 2.5-3.5; Cu 1.5-3.5; Nb .6-1.2 75 [515] 35 [340] 20 SOL. ANNEAL MTEK N155 R30155 5376 (b) R30155 0.20 20-22.5 19-21 1.0-2.0 1.00 Mo 2.5-3.5; Co 18.5-21.0; W 2-3 + Nb 80 [550] 45 [310] 18 AS CAST

CAST ASTMMILITARY/

AMSWROUGHT

UNSWROUGHT

GRADE C CrMETALTEK

GRADE Ni Mn SiUNS

nicKel-copper alloysMTEK A N04020 M-35-1 A494 QQ-N-288 Comp A N04400 MONEL 400 0.35 26-33 62-68 1.50 2.00 Fe 3.5 MAX; AI 0.50 MAX 65 [450] 25 [170] 25 143 NOT HEAT TREATED MTEK B N24030 M-30H A494 QQ-N-288 Comp B N05500 MONEL 500 0.10 27-33 61-68 1.50 2.7-3.7 Fe 3.5 MAX; AI 0.50 MAX 100 [690] 60 [415] 10 263 NOT HEAT TREATED MTEK D N04019 M-25S A494 QQ-N-288 Comp D 0.25 27-33 60 MIN 1.50 3.5-4.5 Fe 3.5 MAX; AI 0.50 MAX 300 MIN NOT HEAT TREATED MTEK E N24130 M-30C A494 QQ-N-288 Comp E 0.30 26-33 60 MIN 1.50 1.0-2.0 Fe 3.5 MAX ; AI 0.50 MAX; Nb 1.0-3.0 65 [450] 32.5 [225] 25 143 NOT HEAT TREATED MTEK 70-30 C96400 C96400 B369 MIL-C-20159 0.15 BAL 28-32 1.50 0.50 Fe 0.25-1.5; Nb 0.5-1.0 60 [415] 32 [220] 20 140 NOT HEAT TREATED MTEK 90-10 C96200 C96200 B369 MIL-C-20159 0.10 BAL 9-11 1.50 0.50 Fe 1.0-1.8; Nb 0.5-1.0 45 [310] 25 [170] 20 126 NOT HEAT TREATED

cobalt base alloyMTEK 6 R30006 5373 (a), 5387 (b) 0.90-1.4 27-31 3.0 MAX 1.00 1.50 Co BAL.; Mo 1.5 MAX; Fe 3.0 MAX; W 3.5-5.5 100 [690] 5 HRC 50 NOT HEAT TREATED MTEK 21 R30021 5385 (b) 1.8-2.5 23-26 3.0 MAX 0.50 0.80-1.5 Co BALANCE; Fe 2.0 MAX; W 11-13 NOT HEAT TREATED MTEK 31 R30031 5382 (b) 0.45-0.55 24.5-26.5 9.5-11.5 1.00 1.00 Co BALANCE; Fe 2.0 MAX; W 7-8 NOT HEAT TREATED

centri-Vac nicKel and cobalt alloysIN 718 N07718 NACE MR0175 5383 (b) N07718 IN 718 0.02-0.08 17- 21 50-55 Mo 2.8-3.3; Nb 4.75-5.40 + Fe, Ti, AI, Co, Others 125 [860] 110 [760] 5 352 SOL. ANNEAL AND AGE IN 909 0.06 35-40 0.25-0.50 Co 12-16; Nb 4.3-5.2; Ti 1.3 -1.8; Fe BAL. 175 [1205] 140 [965] 8 SOL. ANNEAL AND AGE GTD 222 0.08-0.12 22.2-22.8 BAL 0.10 0.25 Co 18.5 -19.5; W 1.8-2.2 + Ti, AI, Ta, Nb, Zr, B 140 [965] 105 [725] 8 SOL. ANNEAL AND AGE IN 100 N13100 5397 (b) 0.15-0.20 8-11 BAL Co 13-17; Mo 2-4; Ti 4.5-5.5; AI 5-6 + V, Zr 115 [790] 95 [655] 5 SOL. ANNEAL AND AGE IN 713 N07713 5377 5391 (b) IN 713 0.20 13-15 BAL AI 5.5-6.5; Mo 2.5-5.5; Ti 0.75-1.25; Nb + Ta 1-3 + Zr, B 110 [760] 100 [690] 3 NOT HEAT TREATED H 188 0.05-0.15 20-24 20-24 1.25 0.2 -0.5 Co BAL.; W 13-16; Fe 3.0 MAX + La, B 85 [590] 55 [380] 15 SOL. ANNEAL MAR-M-509 0.55-0.65 22.5-24.35 9-11 Co BAL; W 6.5-7.5; Ta 3-4 + Ti, Zr 105 [725] 65 [450] 3 NOT HEAT TREATED MAR-M-247 0.06-0.09 8.0-8.5 BAL 0.10 0.25 W 9.3-9.7; Co 9.0-9.5; Al 5.4-5.7 + Ta, Ti, Hf SOL. ANNEAL AND AGE RENE 77 RENE 77 0.05-0.09 14.0-15.25 BAL Co 14.25-15.75; Mo 3.9-4.5; Ti 3.0-3.7; AI 4.0-4.6 125 [860] 110 [760] SOL. ANNEAL AND AGE RENE 220 RENE 220 0.02-0.04 18-22 BAL Co 11-13; Mo 3-3.4; Ta 3-3.5; Nb 5-5.5; Ti 0.90-1.1 + AI, B 160 [1105] 120 [830] 6 SOL. ANNEAL AND AGE WASPALOY N07001 WASPALOY 0.03-0.10 18-21 BAL Co 12-15; Mo 3.5-4; Ti 2.75-3.25; AI 1.2-1.5 + B SOL. ANNEAL AND AGE


Cu

(1) Produced under license of ARMCO Advance Materials Corp. (2) Produced under license of Avesta Jernverk AB. (3) Produced under license of Langley Alloys. (4) Produced under license of ESCO Corp. (a) AMS specifying sand casting. (b) AMS specifying investment casting. (c) AMS specifying centrifugal casting. (d) AMS specifying centrifugal and continuous casting. (e) Low carbon version available. (f ) Cross reference only, spec discontinued. (g) Typical properties by forging. TRADEMARKS: CENTRI-VAC is a MetalTek International trademark for vacuum melted centrifugal cast products. Nitronic, 14-4PH, 15-5PH, 17-4PH trademarks of ARMCO Advanced Materials. 20Cb-3, Greek Ascoloy trademarks of Carpenter Technology. Hastelloy, C-22, HR-120, 230 trademarks of Haynes International. IN, Incoloy, Inconel, Monel, Waspoloy trademarks of Special Metals. Ferralium trademark of Langley Alloys. MAR-M trademark of Martin Marietta. RENE and GTD 222 are trademarks of General Electric. 2545MO trademark of Avesto Jernverk AB, Escoloy 45D trademark of ESCO Corp. AL6XN trademark of Allegany Ludlum, Brearium, MTEK, CENTRI-VAC trademark of MetalTek International. DISCLAIMER: The data and information

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MTEK CZ-100 N02100 CZ-100 A494 N02200 NICKEL 200 1.00 95.0 MIN 1.50 2.00 Fe 3.0 MAX; Cu 1.25 MAX 50 [345] 18 [125] 10 121 NOT HEAT TREATED MTEK N-7M N30007 N-7M A494 N10001 HASTELLOY B MOD 0.07 1.00 BAL 1.00 1.00 Mo 30-33; Fe 3.0 MAX 76 [525] 40 [275] 20 SOL. ANNEAL MTEK N-12MV N30012 N-12MV A494 5396 (b) N10665 HASTELLOY B MOD 0.12 1.00 BAL 1.00 1.00 Mo 26-30; Fe 4-6; V 0.20-0.60 76 [525] 40 [275] 6 95 SOL. ANNEAL MTEK CW-12MW N30002 CW-12MW A494 N10276 HASTELLOY C-276 0.12 15.5-17.5 BAL 1.00 1.00 Mo 16 -18; Fe 4.5-7.5; W 3.75-5.25; V 0.20-0.40 72 [495] 40 [275] 4 SOL. ANNEAL MTEK CW-2M N26455 CW-2M A494 5408 (c) N06455 HASTELLOY C4C 0.02 15.0 -17.5 BAL 1.00 0.80 Mo 15.0-17.5; Fe 2.0 MAX; W 1.00 MAX 72 [495] 40 [275] 20 SOL. ANNEAL MTEK CX-2MW N26022 CX-2MW A494 N06022 HASTELLOY C-22 0.02 20.0-22.5 BAL 0.80 1.00 Mo 12.5 -14.5; Fe 2-6; W 2.5-3.5; V 0.35 MAX 80 [550] 45 [310] 30 SOL. ANNEAL MTEK ALLOY X N06002 5390 (b) N06002 HASTELLOY X 0.10 20.5-23.0 BAL 1.00 1.00 Mo 8-10; Fe 17-20; W 0.2-1.0; Co 0.5-2.5 55 [380] 35 [240] 8 170 SOL. ANNEAL ALLOY S N06635 HASTELLOY S 0.02 14.5-17.0 BAL 0.30-1.0 0.20-0.75 Mo; 14.0-16.5 + Fe, AI, La 72 [495] 35 [240] 28 180 SOL. ANNEAL MTEK CH-10CN N08120 HAYNES HR-120 0.20 28-32 30-45 2.00 3.00 Mo 5.0 MAX; Co 5.0 MAX; Ta + Nb 4.0 MAX + AI, Ti 65 [450] 35 [240] 25 SOL. ANNEAL MTEK CP-20MW N06230 HAYNES 230 0.05-0.09 20-24 BAL 1.00 0.25- 0.75 Mo 1-3; W 13 -15 + Fe, Co, AI, La, Ti 70 [485] 40 [275] 15 SOL. ANNEAL MTEK CY-40 N06040 CY-40 A494 N06600 INCONEL 600 0.40 14 -17 BAL 1.50 3.00 Fe 11.0 MAX 70 [485] 28 [195] 30 SOL. ANNEAL MTEK 617 N06617 INCONEL 617 0.15 20-24 BAL 1.00 1.00 Co 10-15; Mo 8-10 + Fe,AI 70 [485] 40 [275] 25 170 SOL. ANNEAL MTEK 625 N26625 CW-6MC A494 5402 (b) N06625 INCONEL 625 0.06 20-23 BAL 1.00 1.00 Mo 8-10; Fe 5.0 MAX; Nb 3.15-4.5 70 [485] 40 [275] 25 163 SOL. ANNEAL MTEK 718 N07718 NACE MR0175 5383 (b) N07718 INCONEL 718 0.02-0.08 17- 21 50-55 Mo 2.8-3.3; Nb 4.75-5.40 + Fe, Ti, AI, Co, Others 125 [860] 110 [760] 5 352 SOL. ANNEAL AND AGE MTEK 825 N08826 CU5MCuC A494 N08825 INCONEL 825 0.05 19.5-23.5 38-44 1.00 1.00 Mo 2.5-3.5; Cu 1.5-3.5; Nb .6-1.2 75 [515] 35 [340] 20 SOL. ANNEAL MTEK N155 R30155 5376 (b) R30155 0.20 20-22.5 19-21 1.0-2.0 1.00 Mo 2.5-3.5; Co 18.5-21.0; W 2-3 + Nb 80 [550] 45 [310] 18 AS CAST

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nicKel-copper alloysMTEK A N04020 M-35-1 A494 QQ-N-288 Comp A N04400 MONEL 400 0.35 26-33 62-68 1.50 2.00 Fe 3.5 MAX; AI 0.50 MAX 65 [450] 25 [170] 25 143 NOT HEAT TREATED MTEK B N24030 M-30H A494 QQ-N-288 Comp B N05500 MONEL 500 0.10 27-33 61-68 1.50 2.7-3.7 Fe 3.5 MAX; AI 0.50 MAX 100 [690] 60 [415] 10 263 NOT HEAT TREATED MTEK D N04019 M-25S A494 QQ-N-288 Comp D 0.25 27-33 60 MIN 1.50 3.5-4.5 Fe 3.5 MAX; AI 0.50 MAX 300 MIN NOT HEAT TREATED MTEK E N24130 M-30C A494 QQ-N-288 Comp E 0.30 26-33 60 MIN 1.50 1.0-2.0 Fe 3.5 MAX ; AI 0.50 MAX; Nb 1.0-3.0 65 [450] 32.5 [225] 25 143 NOT HEAT TREATED MTEK 70-30 C96400 C96400 B369 MIL-C-20159 0.15 BAL 28-32 1.50 0.50 Fe 0.25-1.5; Nb 0.5-1.0 60 [415] 32 [220] 20 140 NOT HEAT TREATED MTEK 90-10 C96200 C96200 B369 MIL-C-20159 0.10 BAL 9-11 1.50 0.50 Fe 1.0-1.8; Nb 0.5-1.0 45 [310] 25 [170] 20 126 NOT HEAT TREATED

cobalt base alloyMTEK 6 R30006 5373 (a), 5387 (b) 0.90-1.4 27-31 3.0 MAX 1.00 1.50 Co BAL.; Mo 1.5 MAX; Fe 3.0 MAX; W 3.5-5.5 100 [690] 5 HRC 50 NOT HEAT TREATED MTEK 21 R30021 5385 (b) 1.8-2.5 23-26 3.0 MAX 0.50 0.80-1.5 Co BALANCE; Fe 2.0 MAX; W 11-13 NOT HEAT TREATED MTEK 31 R30031 5382 (b) 0.45-0.55 24.5-26.5 9.5-11.5 1.00 1.00 Co BALANCE; Fe 2.0 MAX; W 7-8 NOT HEAT TREATED

centri-Vac nicKel and cobalt alloysIN 718 N07718 NACE MR0175 5383 (b) N07718 IN 718 0.02-0.08 17- 21 50-55 Mo 2.8-3.3; Nb 4.75-5.40 + Fe, Ti, AI, Co, Others 125 [860] 110 [760] 5 352 SOL. ANNEAL AND AGE IN 909 0.06 35-40 0.25-0.50 Co 12-16; Nb 4.3-5.2; Ti 1.3 -1.8; Fe BAL. 175 [1205] 140 [965] 8 SOL. ANNEAL AND AGE GTD 222 0.08-0.12 22.2-22.8 BAL 0.10 0.25 Co 18.5 -19.5; W 1.8-2.2 + Ti, AI, Ta, Nb, Zr, B 140 [965] 105 [725] 8 SOL. ANNEAL AND AGE IN 100 N13100 5397 (b) 0.15-0.20 8-11 BAL Co 13-17; Mo 2-4; Ti 4.5-5.5; AI 5-6 + V, Zr 115 [790] 95 [655] 5 SOL. ANNEAL AND AGE IN 713 N07713 5377 5391 (b) IN 713 0.20 13-15 BAL AI 5.5-6.5; Mo 2.5-5.5; Ti 0.75-1.25; Nb + Ta 1-3 + Zr, B 110 [760] 100 [690] 3 NOT HEAT TREATED H 188 0.05-0.15 20-24 20-24 1.25 0.2 -0.5 Co BAL.; W 13-16; Fe 3.0 MAX + La, B 85 [590] 55 [380] 15 SOL. ANNEAL MAR-M-509 0.55-0.65 22.5-24.35 9-11 Co BAL; W 6.5-7.5; Ta 3-4 + Ti, Zr 105 [725] 65 [450] 3 NOT HEAT TREATED MAR-M-247 0.06-0.09 8.0-8.5 BAL 0.10 0.25 W 9.3-9.7; Co 9.0-9.5; Al 5.4-5.7 + Ta, Ti, Hf SOL. ANNEAL AND AGE RENE 77 RENE 77 0.05-0.09 14.0-15.25 BAL Co 14.25-15.75; Mo 3.9-4.5; Ti 3.0-3.7; AI 4.0-4.6 125 [860] 110 [760] SOL. ANNEAL AND AGE RENE 220 RENE 220 0.02-0.04 18-22 BAL Co 11-13; Mo 3-3.4; Ta 3-3.5; Nb 5-5.5; Ti 0.90-1.1 + AI, B 160 [1105] 120 [830] 6 SOL. ANNEAL AND AGE WASPALOY N07001 WASPALOY 0.03-0.10 18-21 BAL Co 12-15; Mo 3.5-4; Ti 2.75-3.25; AI 1.2-1.5 + B SOL. ANNEAL AND AGE


HIGH TEMPERATURE MECHANICAL AND STRESS RUPTURE TESTS TO SPECIFICATIONS


here are believed to be reliable. However, this material is not intended as a substitute for competent professional engineering assistance which is a requisite to any specific application. MetalTek International , its companies or businesses, makes no warranty and assumes no legal liability or responsibility for results to be obtained in any particular situation, and shall not be liable for any direct, indirect, special or consequential damages therefrom. This material is subject to revision without prior notice.

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