Volume 07 - Powder Metal Technologies and Applications Part 11 docx
... Fe-18Cr-1Si-1Mn-1C 57 Wear-resistant, small inserts, cavities, cores H13 tool Fe-5Cr-1.5Mo-1Si-1V-0.4Mn-0.4C 50 Larger or intricate cavities, high toughness, low wear M2 tool Fe-6W-5Mo-4Cr-2V-0.3Mn-0.8C ... HRC Super Invar Fe-32Ni-5Co 96 285 440 40 65 HRB Ti- 6-4 Ti-6Al-4V 98 800 880 12 35 HRC Tool steel Fe-6W-5Mo-4Cr-2V-1C 99 . . . 2000 0 66 HRC Tungsten heavy alloy W-4Ni-1F...
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... alloys Si-Cr-Ni 980 1800 4Be-48Zr-48Ti 925 1700 Zr-6Be-19Nb 925 1700 Ti-0.5Si 1370 2500 Zr-0.1Be-16Ti-25V 1205 2200 V-35Nb 1205 2200 Ti-50Zr 1650 3000 Titanium 1760 3200 Ti-33Cr ... molybdenum alloys Ti-3Be-25Cr 1595 2900 Pt-Mo 1650 3000 Zr-Ti 1230 2250 Cu-Au 815 1500 Ni-Cu 1205 2200 V-35Nb 1205 2200 Ti-30V 1370 2500 Ti-13Ni-25Cr 1760 3200 Co-10Ni-15W-20Cr...
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... 37 1-3 86 14. R. German, Powder Metallurgy Science, 2nd ed., Metal Powder Industries Federation, 1994, p 2 8-8 1 15. M. Phillips and J. Porter, Comp., Advances in Powder Metallurgy and Particulate ... Porous Sintered Metals, Powder Metall. Int., Vol 14, 1982, p 7 3-7 9 20. F. Lenel, Powder Metallurgy Principles and Applications, Metal Powder Industrie...
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Volume 07 - Powder Metal Technologies and Applications Part 1 pot
... development and growth of powder metallurgy (P/M) materials, methods, and applications, ASM International offers the new Volume 7 of ASM Handbook. Powder Metal Technologies and Applications ... P/M 1. Metals Handbooks, manuals, etc. 2. Metal- work Handbooks, manuals, etc. I. ASM International. Handbook Committee. II. Metals Handbook. TA459.M43 1990 620.1'6 9 0-1...
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Volume 07 - Powder Metal Technologies and Applications Part 4 pot
... lot Number of containers to be sampled 1-5 all 6-1 1 5 1 2-2 0 6 2 1-3 5 7 3 6-6 0 8 6 1-9 9 9 10 0-1 49 10 15 0-1 99 11 20 0-2 99 12 30 0-3 99 13 Note: For every additional 100 containers, ... required Particle density, g · cm -3 <1.5 25 1. 5-3 .0 50 >3.0 100 Median diameter of particle, mm >2 500 2-1 200...
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Volume 07 - Powder Metal Technologies and Applications Part 5 ppsx
... 90% min, -3 25 mesh 1. 5-1 .75 Hydrometallurgical 81.9%, -3 25 mesh 1.69 Oxide reduced 95% min, -3 25 mesh 2.1 0-2 .50 Hydrometallurgical 49.1%, -3 25 mesh 2.42 Oxide reduced 5 0-6 5%, -3 25 mesh ... material, particle size, particle size distribution, particle shape, surface area and roughness of individual particles, and particle arrangement. Apparent...
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Volume 07 - Powder Metal Technologies and Applications Part 6 pptx
... Fe-18Cr-1Si-1Mn-1C 57 Wear-resistant, small inserts, cavities, cores H13 tool Fe-5Cr-1.5Mo-1Si-1V-0.4Mn-0.4C 50 Larger or intricate cavities, high toughness, low wear M2 tool Fe-6W-5Mo-4Cr-2V-0.3Mn-0.8C ... 60PW-40PE 58 4.90 120 35 5 4 m Fe 55PW-45PP-5SA 61 5.12 150 19 22 4 m Fe-2Ni 90PA-10PE 58 4.52 180 190 20 2.5 m Mo 60PW-35PP-5SA 58 5.97 113 200 7 10 m stainless 55P...
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Volume 07 - Powder Metal Technologies and Applications Part 7 ppsx
... L. Cai and R.M. German, Advances in Powder Metallurgy and Particulate Materials, Vol 4, Metal Powder Industries Federation, 1994, p 157 26. R.M. German, Injection Molding of Metals and Ceramics, ... 28. M.A. Janney, W. Ren, and S. Viswanathan, Advances in Powder Metallurgy and Particulate Materials, Vol 17, Metal Powder Industries Federation, 1996, p 227 Powd...
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Volume 07 - Powder Metal Technologies and Applications Part 8 pdf
... 0. 6-0 .25 89.7 9-8 9.87 10 220. 0-5 70.0 12. 2-2 9.2 0.1 9-0 .08 1000 1830 0. 5-0 .2 99.5 6-9 9.82 None None None 0.4 4-0 .18 1000 1830 0. 5-0 .2 99.0 5-9 9.29 0.5 114 . 0-2 90.0 0.3 4-0 .85 0.4 4-0 .18 ... 10 60. 0-1 44.0 1. 7-4 .0 0.04 5-0 .019 1200 2190 0. 6-0 .25 99.8 4-9 9.93 None None None 0.2 4-0 .10 1200 2190...
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Volume 07 - Powder Metal Technologies and Applications Part 9 ppsx
... iron-cadmium, iron-lead, iron-antimony, and iron-tin systems for bearings, and the iron-cobalt-silicon, iron-copper-silicon, and iron-manganese-silicon systems for magnetic or structural parts. ... products are processed using liquid-phase sintering. Common systems for liquid- phase sintering include Cu-Co, W-Cu, W-Ni-Fe, W-Ag, Cu-Sn, Fe-Cu, WC-Co, TiC-Ni, and Fe-Cu-P. Key factors in...
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