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INDEX OF MATERIALS
Additional Indexes PagePrimary Index 2701Index of Standards 2789Index of Interactive Equations 2801Index of Additional Content on CD 2854
Machinery's Handbook 29th Edition
AABS
chemical resistance to various materials 576
coefficient of expansion 375density 390mechanical properties 390safe bending stress 606specific gravity 380, 390speeds and feeds for drilling 601
Absolute zero 3033Acetal 375, 390, 551, 574, 576, 587588,
601, 606chemical resistance to various
materials 576coefficient of expansion 375density 390mechanical properties 390safe bending stress 606specific gravity 390speeds and feeds for drilling 601
Acetic acidspecific gravity 381specific heat 373
Acetyldensity 390mechanical properties 390specific gravity 390
Acetylenespecific gravity 381
Acrylic 375, 380, 390, 551, 574, 587, 601coefficient of expansion 375density 390mechanical properties 390polishing 604specific gravity 380, 390speeds and feeds for drilling 601
Acrylitepolishing 604
Actiniumelement properties 371
Airatmospheric pressure 3032composition 3032density 3032
at various pressures and temperatures 3034
Air (continued)density-temperature relationship 3032
3033expansion and compression 3035pressure-temperature-volume
relationship 3035specific gravity 381specific heat 373weight of 3033
Alcoholboiling point 372latent heat of evaporation 372specific gravity 381specific heat 373wood
boiling point 372Alcohol vapor
specific gravity 381Alder
machinability of 388weight of 387
Alloy steelschemical composition 415
Alloysaluminum
casting, AA numberA356.0 535536A357.0 534, 536A444.0 534, 536B443.0 534536C355.0 534536201.0 534535204.0 534536208.0 534536222.0 534536242.0 534536295.0 534535296.0 536308.0 534, 536319.0 534536328.0 534535332.0 534, 536333.0 534, 536336.0 534, 536354.0 535536355.0 534536356.0 534536357.0 534, 536359.0 536443.0 534536512.0 534535513.0 534, 536
2807
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2808
Alloys (continued)aluminum
514.0 534535520.0 534535535.0 535536705.0 534536707.0 534536710.0 534535711.0 534, 536712.0 534535713.0 535536771.0 535850.0 534536851.0 534536852.0 535536
elastic properties 394investment casting alloys
A354 391A356 391A357 391C355 391D712 (40E) 391KO-1 391Precedent 71 391RR-350 391355 391356 391
wrought, AA numberAlclad 2014 539Alclad 3003 540Alclad 3004 540Alclad 6061 541Alclad 7075 5421050 5371060 537, 5391100 537, 5391145 5371175 5371200 5371230 5371235 5371345 5371350 537, 539, 5422011 376, 537, 5392014 5392017 376, 537, 5392018 537, 5392024 376, 394, 537, 5392025 537, 5392036 537, 5392117 537, 5392124 5372218 537, 5392219 537, 5392319 5372618 5373003 376, 538, 5403004 538, 5403005 5383105 540
Alloys (continued)aluminum
4032 538, 5404043 5384045 5384047 5384145 5385005 538, 5405050 538, 5405052 376, 538, 5405056 538, 5405083 538, 5405086 376, 538, 5415154 5415183 5385252 538, 5415254 538, 5415356 5385454 5415456 538, 5415457 538, 5415554 5385556 5385652 538, 5415654 5385657 5416003 5386005 5386053 5386061 376, 394, 538, 5416063 5416066 538, 5426070 538, 5426101 538, 5426105 5386151 5386201 5386253 5386262 538, 5426351 538, 5426463 538, 5427005 5387008 5387049 538, 5427050 538, 5427072 5387075 376, 538, 5427108 5387178 538, 5428017 5388030 5388176 5428177 538
2011 3762017 3762024 3762024-T4
elastic properties 3943003 3765052 3765086 376
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2809
Alloys (continued)aluminum
6061 3766061-T6
elastic properties 3947075 376
bearing strengthmagnesium alloys 547
chemical compositionalloy steels 415carbon steels 415copper alloys 515everdur 528titanium alloys 550
cobalt-baseinvestment casting alloys
cobalt 21 392cobalt 25 392cobalt 31 392cobalt 36 392F75 392N-155 392
compressive strengthmagnesium alloys 547
copperalloy name (UNS number)
aluminum brass, arsenical (C68700) 526, 1036, 1071
aluminum bronze, D (C61400) 525, 1036, 1071
architectural bronze (C38500) 523, 1036, 1071
beryllium Cu(C17000) 521, 1036, 1071(C17200) 376, 521, 1036, 1071(C17300) 376, 521(C17500) 521, 1036, 1071(C17510) 521
brasscatridge 70% (C26000) 376extra-high-leaded (C35600) 376free machining (C36000) 376high-leaded (C35300) 376naval (C46400) 376red, 85% (C23000) 376yellow (C27000) 376
bronzealuminum 11% A (C62400) 376aluminum 9% A (C62300) 376commercial, 90% (C22000) 376nickel aluminum (C63000) 376phosphor 5% A (C51000) 376phosphor, free cutting (C54400) 376
cadmium Cu(C16200) 521(C16210) 521deoxidized (C14300) 520deoxidized (C14310) 520
cartridge brass70% (C26000) 376, 522, 1036, 1071
Alloys (continued)copper
70% (C26100) 52270% (C26130) 52270% (C26200) 522
chromium Cu(C18200) 376, 521(C18400) 521(C18500) 521
commercial bronze, 90% (C22000) 376, 522, 1036, 1071
Cu nickel10% (C70600) 527, 1036, 107120% (C71000) 52730% (C71500) 527, 1036, 10715% (C70400) 526
Cu- nickel- phosphorus- tellurium (C19100) 521
Cu-nickel-phosphorus (C19000) 521forging brass (C37700) 523, 1036,
1071free machining Cu (C14500) 376free-cutting brass (C36000) 376, 523,
1036, 1071gilding, 95% (C21000) 522, 1036,
1071inhibited admiralty
(C44300) 524, 1036, 1071(C44400) 524(C44500) 524, 1036, 1071
jewelry bronze, 87.5% (C22600) 522, 1036, 1071
leaded brass(C33500) 523, 1036, 1071(C34000) 523, 1036, 1071(C34200) 523, 1036, 1071(C35000) 523(C35300) 376, 523, 1036, 1071(C35600) 376, 523, 1036, 1071tube (C33000) 376, 522tube (C33200) 523, 1036, 1071
leaded commercial bronze(C31400) 522, 1036, 1071nickel-bearing (C31600) 522
leaded Cu(C18700) 376, 521
leaded naval brass (C48500) 1036, 1071
low brass, 80% 522, 1036, 1071manganese brass (C66700) 526manganese bronze, A (C67500) 526,
1036, 1071Muntz metal
free-cutting (C37000) 523, 1036, 1071leaded (C36500) 376, 523, 1036, 1071leaded (C36800) 523, 1036, 107160% (C28000) 376, 522, 1036, 1071
naval brass(C46400) 376, 524(C46700) 524leaded (C48500) 524
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2810
Alloys (continued)copper
medium-leaded (C48200) 524nickel silver
55-18 (C77000) 527, 1036, 107165-10 (C74500) 527, 1036, 107165-12 (C75700) 527, 1036, 107165-15 (C75400) 527, 1036, 107165-18 (C75200) 527, 1036, 1071
oxygen-free(C10200) 519, 1036, 1071electronic (C10100) 519521extra-low phosphorus (C10300) 519low phosphorus (C10800) 519silver-bearing
(C10400) 519(C10500) 519(C10700) 519
phosphor bronze1.25% E (C50500 ) 52410% D (C52400) 525, 1036, 10715% A (C51000) 376, 524525, 1036,
10718% C (C52100) 525, 1036, 1071
phosphorus deoxidized Cuarsenical (C14200) 520high residual phosphorus
(C12200) 520, 1036, 1071low residual phosphorus
(C12000) 520(C12100) 520
red brass, 85% (C23000) 376, 522, 1036, 1071
silicon bronzehigh, A (C65500) 526, 1036, 1071low, B (C65100) 526, 1036, 1071
silicon red brass (C69400) 526sulfur bearing
(C14700) 520(C14710) 520(C14720) 520
tellurium bearing(C14500) 376, 520(C14510) 520(C14520 ) 520
tough pitchelectrolytic (C11000) 376, 519520,
1036, 1071fire refined, with silver
(C12500) 520(C12700) 520(C12800) 520(C12900) 520(C13000) 520
silver-bearing(C11300) 519(C11400) 519(C11500) 519(C11600) 519
yellow brass
Alloys (continued)copper
(C26800) 522, 1036, 1071(C27000) 376, 522
zirconium Cu (C15000) 520beryllium copper
elastic properties 394brass
elastic propertiescast 39470-30 394
low-leaded, tube (C33000) 376bronze
elastic properties 394manganese 376
elastic properties 394investment casting alloys
beryllium Cu10C (820) 391165C (824) 39120C (825) 391275C (828) 391
brassred 391silicon 391yellow leaded (854) 391
bronzealuminum, C (954) 391aluminum, D (955) 391manganese, A 391manganese, C 391silicon 391tin 391
chrome copper 391copper (pure) 391
manganese bronze 376nickel silver
elastic properties 394nickel-silver 376phosphor bronze
elastic properties 394tensile strength 395
powder metal alloysCNZ-1818 393copper (pure) 393CTG-1001 393CTG-1004 393CZP-3002 393
UNS number (alloy name)C10100 (oxygen-free
electronic) 519521C10200 (oxygen-free Cu) 519, 1036,
1071C10300 (oxygen-free, extra-low
phosphorus) 519C10400 (oxygen-free, silver-
bearing) 519C10500 (oxygen-free, silver-
bearing) 519C10700 (oxygen-free, silver-
bearing) 519
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2811
Alloys (continued)copper
C10800 (oxygen-free, low phosphorus) 519
C11000 (electrolytic tough pitch Cu) 376, 519520, 1036, 1071
C11000 (electrolytic tough pitch) 376C11300 (silver-bearing tough pitch
Cu) 519C11400 (silver-bearing tough pitch
Cu) 519C11500 (silver-bearing tough pitch
Cu) 519C11600 (silver-bearing tough pitch
Cu) 519C12000 (phosphorus deoxidized Cu,
low residual phosphorus) 520C12100 (phosphorus deoxidized Cu,
low residual phosphorus) 520C12200 (phosphorus deoxidized Cu,
high residual phosphorus) 520, 1036, 1071
C12500 (fire-refined tough pitch with silver) 520
C12700 (fire-refined tough pitch with silver) 520
C12800 (fire-refined tough pitch with silver) 520
C12900 (fire-refined tough pitch with silver) 520
C13000 (fire-refined tough pitch with silver) 520
C14200 (phosphorus deoxidized Cu, arsenical) 520
C14300 (cadmium Cu, deoxidized) 520
C14310 (cadmium Cu, deoxidized) 520
C14500 (free machining Cu) 376C14500 (tellurium bearing) 376, 520C14510 (tellurium bearing) 520C14520 (tellurium bearing) 520C14700 (sulfur bearing) 520C14710 (sulfur bearing) 520C14720 (sulfur bearing) 520C15000 (zirconium Cu) 520C15500 520C15715 520C15720 520C15760 521C16200 (cadmium Cu) 521C16210 (cadmium Cu) 521C16500 521C17000 (beryllium Cu) 521, 1036,
1071C17200 (beryllium Cu) 376, 521,
1036, 1071C17300 (beryllium Cu) 376, 521C17500 (beryllium Cu) 521, 1036,
1071
Alloys (continued)copper
C17510 (beryllium Cu) 521C18200 (chromium Cu) 376, 521C18400 (chromium Cu) 521C18500 (chromium Cu) 521C18700 (leaded copper) 376, 521C18700 (leaded Cu) 376C19000 (Cu-nickel-phosphorus) 521C19100 (Cu- nickel- phosphorus-
tellurium) 521C19200 521C19400 522C19500 522C21000 (gilding, 95%) 522, 1036,
1071C22000 (commercial bronze,
90%) 376, 522, 1036, 1071C22600 (jewelry bronze, 87.5%) 522,
1036, 1071C23000 (red brass, 85%) 376, 522,
1036, 1071C24000 (low brass, 80%) 522, 1036,
1071C26000 (cartridge brass, 70%) 376,
522, 1036, 1071C26100 (cartridge brass, 70%) 522C26130 (cartridge brass, 70%) 522C26200 (cartridge brass, 70%) 522C26800 (yellow brass) 522, 1036,
1071C27000 (yellow brass) 376, 522C28000 (Muntz metal, 60%) 376,
522, 1036, 1071C31400 (leaded commercial
bronze) 522, 1036, 1071C31600 (leaded commercial bronze,
nickel-bearing) 522C33000 (low-leaded brass tube) 376,
522C33200 (high-leaded brass tube) 523,
1036, 1071C33500 (low-leaded brass) 523,
1036, 1071C34000 (medium-leaded brass) 523,
1036, 1071C34200 (high-leaded brass) 523,
1036, 1071C35000 (medium-leaded brass) 523C35300 (high-leaded brass) 376, 523,
1036, 1071C35600 (extra-high-leaded
brass) 376, 523, 1036, 1071C36000 (free machining brass) 376C36000 (free-cutting brass) 376, 523,
1036, 1071C36500 (leaded Muntz metal) 376,
523, 1036, 1071C36800 (leaded Muntz metal) 523,
1036, 1071
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2812
Alloys (continued)copper
C37000 (free-cutting Muntz metal) 523, 1036, 1071
C37700 (forging brass) 523, 1036, 1071
C38500 (architectural bronze) 523, 1036, 1071
C40500 523C40800 523C41100 523C41300 523C41500 524C42200 524C42500 524C43000 524C43400 524C43500 524C44300 (inhibited admiralty) 524,
1036, 1071C44400 (inhibited admiralty) 524C44500 (inhibited admiralty) 524,
1036, 1071C46400 (naval brass) 376, 524C46700 (naval brass) 524C48200 (naval brass, medium-
leaded) 524C48500 (leaded naval brass) 1036,
1071C48500 (naval brass, leaded) 524C50500 (phosphor bronze, 1.25%
E) 524C51000 (phosphor bronze, 5%
A) 376, 524525, 1036, 1071C51100 524C52100 (phosphor bronze, 8%
C) 525, 1036, 1071C52400 (phosphor bronze, 10%
D) 525, 1036, 1071C54400 376, 525, 1036, 1071C54400 (free cutting phos.
bronze) 376C60800 525C61000 525C61300 525C61400 (aluminum bronze, D) 525,
1036, 1071C61500 525C61800 525C61900 525C62300 376, 525C62300 (aluminum bronze, 9%) 376C62400 376, 525C62400 (aluminum bronze, 11%) 376C62500 525C63000 376, 525C63000 (Ni-Al bronze) 376C63200 525C63600 526C63800 526
Alloys (continued)copper
C64200 514, 526C65100 (low-silicon bronze, B) 526,
1036, 1071C65500 (high-silicon bronze, A) 526,
1036, 1071C66700 (manganese brass) 526C67400 526C67500 (manganese bronze, A) 526,
1036, 1071C68700 (aluminum brass,
arsenical) 526, 1036, 1071C68800 526C69000 526C69400 (silicon red brass) 526C70400 (Cu nickel, 5%) 526C70600 (Cu nickel, 10%) 527, 1036,
1071C71000 (Cu nickel, 20%) 527C71500 (Cu nickel, 30%) 527, 1036,
1071C72200 527C72500 527C73500 527C74500 (nickel silver, 65-10) 527,
1036, 1071C75200 (nickel silver, 65-18) 527,
1036, 1071C75400 (nickel silver, 65-15) 527,
1036, 1071C75700 (nickel silver, 65-12) 527,
1036, 1071C76390 527C77000 (nickel silver, 55-18) 527,
1036, 1071C78200 527C80100 515C80300 515C80500 515C80700 515C80900 515C81100 515C81300 515C81400 515C81500 515C81700 515C81800 515C82000 515C82100 515C82200 515C82400 515C82500 515C82600 515C82700 515C82800 515C83300 516C83400 516C83600 516C83800 516C84200 516
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2813
Alloys (continued)copper
C84400 516C84500 516C84800 516C85200 516C85400 516C85500 516C85700 516C85800 516C86100 516C86200 516C86300 516C86400 516C86500 516C86700 516C86800 516C87200 516C87400 516C87500 517C87600 517C87800 517C87900 517C90200 517C90300 517C90500 517C90700 517C90900 517C91000 517C91100 517C91300 517C91600 517C91700 517C92200 517C92300 517C92500 517C92600 517C92700 517C92800 517C92900 517C93200 517C93400 517C93500 517C93700 517C93800 517C93900 517C94300 517C94400 517C94500 517C94700 518C94800 518C95200 518C95300 518C95400 518C95500 518C95600 518C95700 518C95800 518C96200 518C96300 518
Alloys (continued)copper
C96400 518C96600 518C97300 518C97400 518C97600 518C97800 518C99300 518C99400 518C99500 518C99700 518C99750 518
copper-beryllium10 529165 52925 52935 52950 529
copper-silicon (Everdur)637 528651 528655 5286552 528661 528
elongationaluminum alloys 539everdur 528magnesium alloys 547titanium alloys 550
endurance limitaluminum alloys 539
hardnessmagnesium alloys 547
iron baseelastic properties
cast 394ductile 394grey cast 394malleable 394
powder metal alloysFC-0208 393FC-0508 393FC-0800 393FC-2008 393FC-2015 393FL-4605 393FL-4608 393FN-0005 393FN-0200 393FN-0205 393FN-0208 393FN-0405 393FN-0408 393FX-2008 393F-0000 393F-0008 393
magnesiumcasting, pressure die cast
AM60A 546547AM60B 546547
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2814
Alloys (continued)magnesium
AS41A 546547AZ91A 546547AZ91B 546547AZ91D 546547
casting, sand and permanent moldAM100A 546547AZ63A 546547AZ81A 546547AZ91C 546547AZ91E 546547AZ92A 546547EZ33A 546547HK31A 546547HZ32A 546547K1A 546547QE22A 546547QH21A 546547WE54A 546547ZE41A 546547ZE63A 546547ZH62A 546547ZK51A 546547ZK61A 546547
elastic properties 394extrusion
AZ10A 546547AZ31B 546547AZ31C 546547AZ61A 546547AZ80A 546547HM31A 546547M1A 546547ZK40A 546547ZK60A 546547
sheet and plateAZ31B 546547AZ31C 546547HK31A 546547HM21A 546547
nickelInconel
elastic properties 394Monel metal
elastic properties 394nickel-base
alloy name (UNS number)commercially pure Ni (N02200) 549hastelloy
hastelloy B (N10001) 549hastelloy C-22 377hastelloy C-276 (N10276) 377, 549hastelloy W (N10004) 549hastelloy X (N06002) 549
IN 100 (N13100) 549incoloy
incoloy 800 (N08800) 549incoloy 825 (N08825) 549incoloy 901 (N09901) 549
Alloys (continued)nickel-base
inconelinconel X-750 (N07750) 549inconel 600 (N06600) 549inconel 625 (N06625) 549inconel 718 377
Monel 377Monel K500 (N05500) 377, 549Monel R405 377Monel 400 (N04400) 377, 549
nichrome (N06003) 549nickel 200 (N02200) 377, 549nickel 201 (N02201) 377nickel 205 (N02205) 377RA 333 (N06333) 549udimet (N07500) 549waspalloy (N07001) 549
investment casting alloysAlloy B 392Alloy C 392Alloy X 392Inconel
In 600 392In 625 392
Invar (Fe-Ni alloy) 392Monel
E 392M-35 392RH 392S 392410 392
specific heat 377shearing strength
aluminum alloys 539magnesium alloys 547
stainless steelAFC-77 1031, 1050AF-71 1031, 1050AISI (SAE) Number
... (51430F) 494201 (30201) 1031, 1049, 1066202 (30202) 1031, 1049, 1066203EZ () 1031, 1049, 1066301 (30301) 1031, 1049, 1066302 (30302) 432, 1031, 1049, 1066303 (30303) 1031, 1049, 1066303MA () 1031, 1049, 1066303Pb (30303) 1031, 1049, 1066304 (30304) 1031, 1049, 1066305 (30305) 1031, 1049, 1066310 (30310) 1031, 1049, 1066316 (30316) 1031, 1049, 1066317 (30317) 1031, 1049321 (30321) 432, 1031, 1049, 1066347 (30347) 432, 1031, 1049, 1066410 (51410) 494, 1031, 1049, 1066414 (51414) 494, 1031, 1050, 1066416 (51416) 494, 1031, 1049, 1066420 (51420) 432, 1031, 1049, 1066
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2815
Alloys (continued)stainless steel
430 (51430) 432, 494, 1031, 1049, 1066
431 (51431) 494, 1031, 1050, 1066440A (51440A) 1031, 1050, 1066440B (51440B) 1031, 1050, 1066440C (51440C) 1031, 1050, 1066442 (51442) 494, 1031, 1049446 (51446) 432, 494, 1031, 1049455 (51455) 1031, 1050, 1066501 (51501) 432, 494, 1031, 1049,
1066AISI (SAE) number
... (51409) 419, 495
... (51416F) 419
... (51420F) 419, 495
... (51430F) 419, 495
... (51434) 495
... (51436) 495
... (51440F) 419, 495201 (30201) 406, 415, 418, 430, 494202 (30202) 406, 416, 418, 430, 494301 (30301) 406, 415416, 418, 430,
493494302 (30302) 406, 416, 418, 430, 494303 (30303) 406, 416, 430, 494303 (30330) 494304 (30304) 406, 416, 418, 430, 494305 (30305) 406, 416418, 430, 494310 (30310) 406, 416, 418, 430, 494316 (30316) 406, 416417, 419, 430,
494317 (30317) 406, 417, 419, 430, 494321 (30321) 406, 417, 419, 430, 494325 (30325) 419, 494347 (30347) 406, 417, 419, 430, 493
494410 (51410) 407, 417, 419, 430, 495414 (51414) 407, 417, 419, 431, 495416 (51416) 407, 417, 430, 495420 (51420) 407, 417419, 431, 495430 (51430) 406, 417419, 431, 495431 (51431) 407, 417, 419, 495440A (51440A) 407, 418419, 431,
495440B (51440B) 407, 418419, 431,
495440C (51440C) 407, 418419, 431,
495442 (51442) 406, 418419, 495446 (51446) 406, 418419, 431, 495501 (51501) 407, 418419, 431, 495
AISI (UNS) Number201 (S20100) 1031, 1049, 1066202 (S20200) 1031, 1049, 1066203EZ (S20300) 1031, 1049, 1066301 (S30100) 1031, 1049, 1066302 (S30200) 1031, 1049, 1066302B (S30215) 1031, 1049, 1066
Alloys (continued)stainless steel
303 (S30300) 1031, 1049, 1066303MA () 1031, 1049, 1066303Pb (S30300) 1031, 1049, 1066303Se (S30323) 1031, 1049, 1066304 (S30400) 1031, 1049, 1066304L (S30403) 1031, 1049, 1066305 (S30500) 1031, 1049, 1066308 (S30800) 1031, 1049, 1066309 (S30309) 1031, 1049, 1066309 (S30900) 1031, 1049, 1066309S (S30908) 1031, 1049, 1066310 (S31000) 1031, 1049, 1066310S (S31008) 1031, 1049, 1066314 (S31400) 1031, 1049, 1066316 (S31600) 1031, 1049, 1066316L (S31603) 1031, 1049317 (S31700) 1031, 1049321 (S32100) 1031, 1049, 1066330 (N08330) 1031, 1049347 (S34700) 1031, 1049, 1066348 (S34800) 1031, 1049, 1066403 (S40300) 1031, 1049, 1066405 (S40500) 1031, 1049, 1066409 (S40900) 1031, 1049, 1066410 (S41000) 1031, 1049, 1066414 (S41400) 1031, 1050, 1066416 (S41600) 1031, 1049, 1066416Se (S41623) 1031, 1049, 1066420 (S42000) 1031, 1049, 1066420F (S42020) 1031, 1049, 1066420FSe () 1031, 1049, 1066429 (S42900) 1031, 1049, 1066430 (S43000) 1031, 1049, 1066430F (S43020) 1031, 1049, 1066430FSe (S43023) 1031, 1049, 1066431 (S43100) 1031, 1050, 1066434 (S43400) 1031, 1049, 1066436 (S43600) 1031, 1049440A (S44002) 1031, 1050, 1066440B (S44003) 1031, 1050, 1066440C (S44004) 1031, 1050, 1066440F (S44020) 1031, 1049, 1066442 (S44200) 1031, 1049446 (S44600) 1031, 1049455 (S45500) 1031, 1050, 1066501 (S50100) 1031, 1049, 1066502 (S50200) 1031, 1049
AISI (UNS) number201 (S20100) 406, 415, 430, 494201 (S20200) 406, 416201 (S20500) 406, 416202 (S20200) 406, 416, 430, 494205 (S20500) 406, 416301 (S30100) 377, 406, 415416,
430, 494302 (S30200) 377, 406, 416, 430, 494302B (S30215) 377, 406, 416, 430303 (S30300) 377, 406, 416, 430, 494303Se (S30323) 377, 406, 416, 430
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2816
Alloys (continued)stainless steel
304 (S30400) 377, 406, 416, 430, 494304Cu (S30430) 377, 406, 416304L (S30403) 406, 416, 430304N (S30451) 406, 416305 (S30500) 377, 406, 416417,
430, 494308 (S30800) 377, 406, 416, 430309 (S30309) 406, 416, 418, 430, 494309 (S30900) 377, 406, 416, 430, 494309S (S30908) 377, 406, 416, 430310 (S31000) 377, 406, 416, 430, 494310S (S31008) 377, 406, 416, 430314 (S31400) 406, 416, 430316 (S31600) 377, 406, 416417,
430, 494316F (S31620) 406, 416316L (S31603) 406, 416, 430316N (S31651) 406, 416317 (S31700) 377, 406, 417, 430, 494317L (S31703) 377, 406, 417321 (S32100) 377, 406, 417, 430, 494329 (S32900) 406, 417330 (N08330) 406, 417347 (S34700) 377, 406, 417, 430, 494347 (S34800) 377348 (S34800) 406, 417, 430384 (S38400) 377, 406, 417403 (S40300) 377, 407, 417, 430405 (S40500) 377, 406, 417, 431409 (S40900) 406, 417410 (S41000) 377, 407, 417, 430, 495414 (S41400) 377, 407, 417, 431, 495416 (S41600) 377, 407, 417, 430, 495416Se (S41623) 377, 407, 417, 430420 (S42000) 377, 407, 417418,
431, 495420F (S42020) 377, 407, 417, 431422 (S42200) 377, 407, 417429 (S42900) 377, 406, 417430 (S43000) 377, 406, 417418,
431, 495430F (S43020) 377, 406, 417, 431430FSe (S43023) 377, 406, 417, 431431 (S43100) 407, 417, 495434 (S43400) 406, 417418436 (S43600) 377, 406, 418440A (S44002) 377, 407, 418, 431,
495440B (S44003) 377, 407, 418, 431,
495440C (S44004) 377, 407, 418, 431,
495440F (S44020) 431442 (S44200) 406, 418, 495446 (S44600) 377, 406, 418, 431, 495501 (S50100) 377, 407, 418, 431, 495502 (S50200) 377, 407, 418, 431
alloy, AISI-SAE (UNS) number
Alloys (continued)stainless steel
30615 () 40941030705 () 41030805 () 40930905 () 40941051210 () 41051710 () 410
AM-350 1031, 1050AM-355 1031, 1050AM-362 1031, 1050elastic properties
18-8 394HNM 1031, 1050, 1066investment casting alloys
austeniticCF-16F 392CF-20 392CF-3 392CF-3M 392CF-8 392CF-8C 392CF-8M 392CH-20 392CK-20 392CN-7M 392IC 316F 392IC 321 392
hardenableAm-355 392CA-15 392CA-40 392CD-4M Cu 392IC 15-5 392IC 17-4 392IC 416 392IC 431 392
powder metal alloysSS-303N1 393SS-304N1 393SS-316L 393SS-410 393
Stainless W 1031, 1050, 106615-5PH 1031, 105017-14CuMo 1031, 105017-7PH 1031, 105018-8
tensile strength 395steel
alloy, AISI-SAE (UNS) numberE4340 (G43406) 400, 404E50100 (501) 415E51100 (G51986) 400, 405E51100 (G52986) 415E52100 (G52986) 400, 405, 409
410, 415, 432, 493, 1028, 1046, 1062, 1085
10B46 (G10461) 4031045 (G10450) 402, 411412, 423,
432, 1027, 1045, 106010956 () 410
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2817
Alloys (continued)steel
1320 (G13200) 409410, 414, 4911330 (G13300) 400, 404, 414415,
427, 432, 493, 1028, 1046, 1053, 1062, 1085
1335 (G13350) 400, 404, 415, 493, 1028, 1046, 1062, 1085
1340 (G13400) 400, 404, 415, 425, 427, 493, 1028, 1046, 1053, 1062, 1085
1345 (G13450) 400, 404, 1028, 1046, 1062
2317 (G23170) 409, 414, 4912330 (G23300) 409410, 415, 4932340 (G23400) 409410, 415, 4932345 (G23450) 409410, 415, 4932512 (G25120) 4912515 (G25150) 409, 4142517 (G25170) 49130905 () 4094103115 (G31150) 409410, 414, 4913120 (G31200) 409410, 414, 4913130 (G31300) 409410, 415, 4933135 (G31350) 409410, 414415,
4933140 (G31400) 409410, 415, 425,
4323145 (G31450) 409, 415, 4933150 (G31500) 409, 415, 4933240 (G32400) 4093310 (G33100) 409, 414, 432, 4913316 (G33160) 4914012 (G40120) 1028, 1046, 1053,
10614023 (G40230) 400, 404, 409410,
414, 432, 1028, 1046, 1053, 1061, 1085
4024 (G40240) 400, 404, 414415, 1028, 1046, 1061, 1085
4027 (G40270) 400, 404, 409, 414, 1053, 1085
4028 (G40280) 400, 404, 414415, 1028, 1046, 1061, 1085
4032 (G40320) 409, 414, 491, 1028, 1046, 1053, 1062, 1085
4037 (G40370) 400, 404, 415, 427, 493, 1028, 1046, 1053, 1062, 1085
4042 (G40420) 409410, 415, 427, 493, 1028, 1046, 1062, 1085
4047 (G40470) 400, 404, 415, 493, 1028, 1046, 1062, 1085
4053 (G40530) 4934063 (G40630) 409410, 414415,
4934068 (G40680) 49341L30 (G41403) 1028, 1046, 106141L40 (G41404) 405, 1028, 1046,
106141L47() 1028, 1046, 1061
Alloys (continued)steel
41L50 (G41405) 1028, 1046, 10614118 (G41180) 400, 404, 1028, 1046,
1053, 10614119 (G41190) 409410, 414, 4914125 (G41250) 409, 4914130 (G41300) 400, 404, 415, 425,
427, 432, 493, 1028, 1046, 1053, 1062, 1085
4135 (G41350) 1028, 1046, 10624137 (G41370) 400, 404, 414415,
493, 1028, 1046, 1062, 10854140 (G41400) 400, 404, 409410,
414415, 425, 427, 493, 10271028, 10451046, 1053, 10611062, 1085
4142 (G41420) 400, 404, 1028, 1046, 1062, 1085
4145 (G41450) 400, 404, 414415, 493, 1028, 1046, 1062, 1085
4147 (G13300) 4004147 (G41470) 404, 1028, 1046,
1062, 10854150 (G41500) 400, 404, 415, 425,
427, 493, 10271028, 10451046, 1053, 10611062, 1085
4161 (G41610) 400, 404, 1028, 1046, 1062
43L47 () 1028, 1046, 10614317 (G43170) 4924320 (G43200) 400, 404, 409, 414,
425, 492, 1028, 1046, 1053, 1061, 1085
4337 (G43370) 1028, 1046, 10624340 (G43400) 400, 404, 409410,
415, 425, 427, 432, 493, 1028, 1046, 1053, 1062, 1085
4419 (G44190) 1028, 1046, 10614422 (G44220) 1028, 1046, 1053,
10614427 (G44270) 1028, 1046, 1053,
10614608 (G46080) 4924615 (G46150) 400, 404, 409410,
414, 1028, 1046, 1053, 1061, 10854620 (G46200) 400, 404, 409410,
414, 425, 1028, 1046, 1053, 1061, 1085
4621 (G46210) 492, 1028, 1046, 1061
4626 (G46260) 400, 404, 1028, 1046, 1053, 1061, 1085
4640 (G46400) 409410, 415, 432, 493, 1085
4718 (G47180) 1028, 1046, 1053, 1061
4720 (G47200) 400, 404, 1028, 1046, 1061
4812 (G48120) 492
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2818
Alloys (continued)steel
4815 (G48150) 400, 404, 409410, 414, 1028, 1046, 1061, 1085
4817 (G48170) 400, 404, 414, 1028, 1046, 1061, 1085
4820 (G48200) 400, 404, 409410, 414, 425, 432, 492, 1028, 1046, 1053, 1061, 1085
50B44 (G50441) 400, 405, 1028, 1046, 1062
50B46 (G50461) 400, 405, 428, 1028, 1046, 1062
50B50 (G50501) 400, 405, 1028, 1046, 1062
50B60 (G50601) 400, 405, 428, 1028, 1046, 1053, 1062
50100 () 4935045 (G50450) 4935046 (G50460) 428, 4935050 (G51500) 404, 409410, 414
415, 425, 428, 432, 1028, 1046, 1062, 1085
51B60 (G51601) 400, 405, 428, 1028, 1046, 1053, 1062
51L32 () 1028, 1046, 106151100 (G51986) 4935115 (G51150) 4925117 (G51170) 400, 404, 1028, 1046,
10615120 (G51200) 400, 404, 414, 492,
1028, 1046, 1053, 1061, 10855130 (G51300) 400, 404, 415, 428,
493, 1028, 1046, 1053, 1062, 10855132 (G51320) 400, 404, 415, 493,
1028, 1046, 1062, 108551335 () 4095135 (G51350) 400, 404, 415, 493,
10855140 (G51400) 400, 404, 409410,
415, 425, 428, 1028, 1046, 1062, 1085
5145 (G51450) 493, 1028, 1046, 1062, 1085
5147 (G51470) 493, 1028, 1046, 1062
5150 (G51500) 4005152 (G51520) 4935155 (G51550) 400, 4045160 (G51600) 400, 404, 425, 428,
1028, 1046, 106251710 () 4096118 (G51986) 405, 1028, 1046,
1053, 1061, 10856118 (G61180) 4006150 (G52986) 405, 409410, 415,
425, 428, 432, 493, 1028, 1046, 1053, 1062, 1085
6150 (G61500) 4006421 () 1029, 1047, 1062
Alloys (continued)steel
6422 () 1029, 1047, 10626424 () 1029, 1047, 10626427 () 1029, 1047, 10626428 () 1029, 1047, 10626430 () 1029, 1047, 10626432 () 1029, 1047, 10626434 () 1029, 1047, 10626436 () 1029, 1047, 10626442 () 1029, 1047, 106281B45 (G81451) 400, 405, 428, 1028,
1046, 1053, 10628115 (G81150) 1028, 1046, 1053,
106186B45 (G86451) 42986L20 () 1028, 1046, 106186L40 () 1028, 1046, 10618615 (G86150) 400, 405, 414, 492,
1028, 1046, 1061, 10858617 (G86170) 400, 405, 414, 1028,
1046, 1061, 10858620 (G86200) 400, 405, 414, 425,
1028, 1046, 1053, 1061, 10858622 (G86220) 400, 405, 414, 1028,
1046, 1061, 10858625 (G86250) 400, 405, 492, 1028,
1046, 1061, 10858627 (G86270) 400, 405, 493, 1028,
1046, 1053, 10618630 (G86300) 400, 405, 415, 425,
429, 1028, 1046, 1053, 1062, 10858632 (G86320) 4938635 (G86350) 493, 1028, 1046,
10628637 (G86370) 400, 405, 415, 1028,
1046, 1062, 10858640 (G86400) 400, 405, 415, 429,
1028, 1046, 1053, 1062, 10858641 (G86410) 4938642 (G86420) 400, 405, 415, 493,
1028, 1046, 1062, 10858645 (G86450) 400, 405, 415, 1028,
1046, 1062, 10858650 (G86500) 425, 4298653 (G86530) 4938655 (G86550) 400, 405, 415, 493,
1028, 1046, 10628660 (G86600) 429, 493, 1028, 1046,
1053, 10628720 (G87200) 400, 405, 414, 492,
1028, 1046, 1053, 1061, 10858735 (G87350) 4938740 (G87400) 400, 405, 415, 425,
429, 432, 493, 1028, 1046, 1053, 1062, 1085
8745 (G87450) 4938750 (G87500) 4938822 (G88220) 400, 405, 1028, 1046,
1053, 1061
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2819
Alloys (continued)steel
9254 (G92540) 493, 1028, 1046, 1062
9255 (G92550) 425, 429, 1028, 1046, 1062
9260 (G92600) 400, 405, 409410, 415, 429, 1028, 1046, 1062
9262 (G92620) 493, 1028, 1046, 1062
9310 (G93100) 425, 4929317 (G93170) 49294B17 (G94171) 400, 405, 1028,
1046, 106194B30 (G94301) 400, 405, 429, 10539437 (G94370) 4939440 (G94400) 4939442 (G94420) 4939747 (G97470) 4939840 (G98400) 4939845 (G98450) 4939850 (G98500) 415, 493
elastic properties 394cast 394cold-rolled 394
elongation 424hardness bhn 424high speed
cobalt18-4-14 504
cobalt-molybdenum-tungsten, 6-6-2-8 442
cobalt-tungsten14-4-2-5 44218-4-1-5 44218-4-2-12 44218-4-2-8 442
molybdenum, 8-2-1 442molybdenum-tungsten
6-6-2 4426-6-3 4426-6-4 442
tungsten18-4-1 442, 448, 496, 499500, 50418-4-2 44218-4-3 442
high-strength, low alloy, SAE number942X 420421945A 420421945C 420421945X 420421950A 420421950B 420421950C 420421950D 420421950X 420421955X 420421960X 420421965X 420421970X 420421
Alloys (continued)steel
980X 420421impact strength 424investment casting alloys
IC 1010 391IC 1020 391IC 1030 391IC 1035 391IC 1045 391IC 1050 391IC 1060 391IC 1090 391IC 1722AS 392IC 2345 391IC 4130 391IC 4140 391IC 4150 391IC 4330 391IC 4340 391IC 4620 391IC 52100 392IC 6150 391IC 8620 391IC 8630 391IC 8640 391IC 8665 392IC 8730 392IC 8740 391
plain carbon, AISI-SAE (UNS) number10L45 (G10454) 4031005 4021005 (G10050) 4001006 402, 410, 1026, 1044, 1053,
10601006 (G10060) 4001008 402, 409410, 1026, 1044, 10601008 (G10080) 4001009(G) 1026, 1044, 10601010 402, 409410, 1026, 1044, 10601010 (G10100) 400, 4901012 1026, 1044, 10601012 (G10120) 4001015 402, 409410, 424, 1026, 1044,
10601015 (G10150) 4001016 402, 411, 1026, 1044, 10601016 (G10160) 4001017 (G10170) 400, 402, 411, 1026,
1044, 10601018 (G10180) 400, 402, 411, 422,
1026, 1044, 10601019 (G10190) 400, 402, 411, 1026,
1044, 10601020 (G10200) 400, 402, 409411,
424, 1026, 1044, 10601021 (G10210) 400, 402, 411, 1026,
1044, 10601022 (G10220) 400, 402, 409, 411,
424, 490, 1026, 1044, 1060
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2820
Alloys (continued)steel
1023 (G10230) 400, 402, 411, 1026, 1044, 1060
1024 (G10240) 409, 411, 490, 1026, 1044, 1060
1025 (G10250) 400, 402, 411, 422, 432, 491, 1026, 1044, 1060
1026 (G10260) 400, 402, 411, 1026, 1044, 1060
1027 (G10270) 1027, 1045, 10601029 (G10290) 400, 4021030 (G10300) 400, 402, 409412,
424, 426, 490491, 1027, 1045, 1053, 1060
1033 (G10330) 411, 491, 1027, 1045, 1053, 1060
1034 (G10340) 4111035 (G10350) 400, 402, 409412,
422, 491, 1027, 1045, 10601036 (G10360) 409, 411412, 491,
1027, 1045, 10601037 (G10370) 400, 402, 1027, 1045,
10601038 (G10380) 400, 402, 411412,
491, 1027, 1045, 10601039 (G10390) 400, 402, 411, 1027,
1045, 10601040 (G10400) 400, 402, 409412,
422, 424, 426, 491, 1027, 1045, 1060
1041 (G10410) 411, 491, 1027, 1045, 1060
1042 (G10420) 400, 411, 491, 1027, 1045, 1060
1043 (G10430) 400, 402, 411, 1027, 1045, 1060
1044 (G10440) 400, 4021045 (G10450) 400, 432, 1027, 1045,
10601046 (G10460) 400, 402, 411412,
1027, 1045, 10601048 (G10480) 1027, 1045, 10601049 (G10490) 400, 1027, 1045,
10601050 (G10500) 400, 402, 411, 423
424, 426, 491, 1027, 1045, 10601052 (G10520) 411412, 491, 1027,
1045, 10601053 (G10530) 400, 4021055 (G10550) 400, 402, 410, 412,
491, 1027, 1045, 10611059 (G10590) 400, 4021060 (G10600) 400, 402, 409410,
412, 424, 426, 491, 1027, 1045, 1061
1064 (G10640) 1027, 1045, 10611065 (G10640) 1027, 1045, 10611066 (G10660) 410, 412
Alloys (continued)steel
1070 (G10700) 400, 402, 409410, 412, 1027, 1045, 1061
1074 (G10740) 491, 1027, 1045, 1061
1078 (G10780) 400, 402, 412, 491, 1027, 1045, 1061
1080 (G10800) 400, 402, 409, 412, 424, 426, 491, 1027, 1045, 1061
1084 (G10840) 400, 402, 1027, 1045, 1061
1085 (G10850) 409410, 4121086 (G10860) 400, 402, 412, 1027,
1045, 10611090 (G10900) 400, 402, 410, 412,
491, 1027, 1045, 10611095 (G10950) 400, 402, 409410,
412, 424, 426, 432, 491, 1027, 1045, 1053, 1061
11L17 () 1008, 1026, 1044, 106011L18 () 1026, 1044, 10601108 (G11080) 1026, 1044, 1060,
10851109 (G11090) 413, 490, 1026, 1044,
1060, 10851110 (G11100) 400, 403, 10851111 (G11110) 409410, 412, 4901112 (G11120) 410, 412, 432, 4901113 (G11130) 409410, 412, 4901114 (G11140) 4131115 (G11150) 410, 413, 1026, 1044,
1060, 10851116 (G11160) 413, 10851117 (G11170) 400, 413, 1026, 1044,
1060, 10851118 (G11180) 400, 403, 409, 413,
422, 424, 1008, 1026, 1044, 1060, 1085
1119 (G11190) 413, 10851120 (G11200) 413, 490, 1026, 1044,
1060, 10851126 (G11260) 413, 490, 1026, 1044,
1060, 10851132 (G11320) 409410, 413, 491,
1026, 1044, 1060, 10851137 (G11370) 400, 403, 409, 413,
423424, 426427, 491, 1026, 1044, 1060, 1085
1138 (G11380) 4911139 (G11390) 400, 403, 1026, 1044,
1060, 10851140 (G11400) 400, 403, 413, 422,
491, 1026, 1044, 1060, 10851141 (G11410) 400, 403, 413, 423
424, 427, 491, 10851144 (G11440) 400, 403, 413, 423
424, 427, 491, 1026, 1044, 1060, 1085
1145 (G11450) 409410, 413, 423, 491, 1085
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2821
Alloys (continued)steel
1146 (G11460) 400, 403, 413, 423, 1026, 1044, 1060, 1085
1151 (G11510) 400, 403, 413, 423, 491, 1026, 1044, 1060, 1085
12L13 () 1026, 1044, 106012L14 (G12144) 400, 403, 1026,
1044, 106012L15 (G12154) 4031211 (G12110) 400, 403, 1026, 1044,
10601212 (G12120) 400, 403, 432, 1026,
1044, 10601213 (G12130) 400, 403, 1026, 1044,
10601215 (G12150) 400, 403, 1026, 1044,
10601513 (G15130) 400, 403, 1026, 1044,
1053, 10601522 (G15220) 400, 403, 10531524 (G15240) 400, 403, 1027, 1045,
1053, 10601526 (G15260) 400, 403, 1027, 1045,
10601527 (G15270) 400, 403, 1027, 1045,
10601541 (G15410) 400, 403, 1027, 1045,
10601548 (G15480) 400, 403, 1027, 1045,
10611551 (G15510) 400, 403, 1027, 1045,
10611552 (G15520) 400, 403, 1027, 1045,
10611561 (G15610) 400, 403, 1027, 1045,
10611566 (G15660) 400, 403, 1027, 1045,
1053, 1061tensile strength 422, 424tool, AISI (UNS) number
A10 (T30110) 400, 454, 1030, 1048, 1065
A2 (T30102) 400, 443, 445, 453454, 1030, 1048, 1065
A3 (T30103) 400, 454, 1030, 1048, 1065
A4 (T30104) 400, 454, 1030, 1048, 1065
A5 (T30105) 400A6 (T30106) 400, 445, 453454,
1030, 1048, 1065A7 (T30107) 400, 454, 1030, 1048,
1065A8 (T30108) 400, 454, 1030, 1048,
1065A9 (T30109) 400, 454, 1030, 1048,
1065CA2 (T90102) 400CD2 (T90402) 400
Alloys (continued)steel
CD5 (T90405) 400CH12 (T90812) 400CH13 (T90813) 400CO1 (T91501) 400CS5 (T91905) 400D2 (T30402) 400, 436, 443445, 452,
454, 1030, 1048, 1065D3 (T30403) 400, 436, 452, 454,
1030, 1048, 1065D4 (T30404) 400, 454, 1030, 1048,
1065D5 (T30405) 400, 436, 454, 1030,
1048, 1065D7 (T30407) 400, 436, 443, 454,
1030, 1048, 1065F1 (T60601) 400, 456F2 (T60602) 400, 456457H10 (T20810) 400, 444, 450, 1030,
1048, 1065H11 (T20811) 400, 445, 449451,
1030, 1048, 1065H12 (T20812) 400, 450451, 1030,
1048, 1065H13 (T20813) 400, 445, 450451,
1030, 1048, 1065H14 (T20814) 400, 450, 1030, 1048,
1065H19 (T20819) 400, 444, 450451,
1030, 1048, 1065H20 (T20820) 444, 451H21 (T20821) 400, 445, 450451,
1030, 1048, 1065H22 (T20822) 400, 444, 450, 1030,
1048, 1065H23 (T20823) 400, 450, 1030, 1048,
1065H24 (T20824) 400, 450451, 1030,
1048, 1065H25 (T20825) 400, 450, 1030, 1048,
1065H26 (T20826) 400, 444, 450, 1030,
1048, 1065H41 (T20841) 400, 436, 450, 1030,
1048, 1065H42 (T20842) 400, 436, 450, 1030,
1048, 1065H43 (T20843) 400, 436, 444, 450,
452, 1030, 1048, 1065L2 (T61202) 400, 456, 1030, 1048,
1065L3 (T61203) 400, 456, 1030, 1048,
1065L6 (T61206) 400, 445, 456457,
1030, 1048, 1065M1 (T11301) 400, 436, 445447,
1030, 1048, 1065M10 (T11310) 400, 436, 446447,
1030, 1048, 1065M15 (T11315) 436
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2822
Alloys (continued)steel
M2 (T11302) 400, 436, 443447, 1030, 1048, 1065
M21 (T11321) 445M25 (T11325) 445M3 (...) 436, 443445, 1030, 1048,
1065M30 (T11330) 400, 447, 1030, 1048,
1065M3-1 (T11313) 400, 447, 1030, 1048,
1065M3-2 (T11323) 400, 447, 1030, 1048,
1065M33 (T11333) 400, 447, 1030, 1048,
1065M34 (T11334) 400, 447, 1030, 1048,
1065M36 (T11336) 400, 436, 447, 1030,
1048, 1065M4 (T11304) 400, 436, 444, 447,
1030, 1048, 1065M41 (T11341) 400, 447, 1030, 1048,
1065M42 (T11342) 400, 444, 446448,
1030, 1048, 1065M43 (T11343) 400, 436, 447, 1030,
1048, 1065M44 (T11344) 400, 444, 447, 1030,
1048, 1065M46 (T11346) 400, 447, 1030, 1048,
1065M47 (T11347) 400, 447, 1030, 1048,
1065M6 (T11306) 400, 447, 1030, 1048,
1065M7 (T11307) 400, 436, 446447,
1030, 1048, 1065M8 (T11308) 436O1 (T31501) 400, 445, 453454,
1030, 1048, 1065O2 (T31502) 400, 453454, 1030,
1048, 1065O6 (T31506) 400, 453454, 1030,
1048, 1065O7 (T31507) 400, 454, 1030, 1048,
1065P2 (T51602) 400, 445, 456, 1030,
1048, 1065P20 (T51620) 400, 445, 456457,
1048, 1065P21 (T51621) 400, 456, 1030, 1048,
1065P3 (T51603) 400, 455456, 1030,
1048, 1065P4 (T51604) 400, 445, 455457,
1030, 1048, 1065P5 (T51605) 400, 456, 1030, 1048,
1065
Alloys (continued)steel
P6 (T51606) 400, 456457, 1030, 1048, 1065
S1 (T41901) 400, 444445, 455456, 1030, 1048, 1065
S2 (T41902) 400, 455456, 1030, 1048, 1065
S4 (T41904) 400S5 (T41905) 400, 455456, 1030,
1048, 1065S6 (T41906) 400, 1030, 1048, 1065S7 (T41907) 400, 445, 456, 1030,
1048, 1065T1 (T12001) 400, 436, 443446, 448,
451, 1030, 1048, 1065T15 (T12015) 400, 436, 443, 448
449, 1009, 1030, 1048, 1065T2 (T12002) 400, 436, 448449,
1030, 1048, 1065T3 (T12003) 436T4 (T12004) 400, 448T5 (T12005) 400, 436, 444, 448449,
1030, 1048, 1065T6 (T12006) 400, 436, 448, 1030,
1048, 1065T8 (T12008) 400, 448, 1030, 1048,
1065W1 (T72301) 400, 445, 458, 1030,
1048, 1065W2 (T72302) 400, 445, 458, 1030,
1048, 1065W5 (T72305) 400, 458, 1030, 1048,
1065yield strength 422, 424
tensile strengthaluminum alloys 535, 539everdur 528magnesium alloys 547titanium alloys 550
titaniumalpha alloys
5 Al, 2.5 Sn 377, 550alpha-beta alloys
10 V, 2 Fe, 3 Al 5503 Al, 2.5 V 5506 Al, 2 Sn, 4 Zr, 6 Mo 5506 Al, 4 V 5506 Al, 4 V (low O2) 5506 Al, 6 V, 2 Sn 5507 Al, 4 Mo 5508 Mn 377, 550
beta alloys111.5 Mo, 6 Zr, 4.5 Sn 55013 V, 11 Cr, 3 Al 5508 Mo, 8 V, 2 Fe, 3 Al 550
commercially pure 37798.9 Ti 55099.0 Ti 394, 55099.1 Ti 55099.2 Ti 550
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2823
Alloys (continued)titanium
99.5 Ti 550elastic properties
Ti-8Al-1Mo-1V 39499.0 Ti 394
near alpha alloys11 Sn, 1 Mo, 2.25 Al, 5.0 Zr, 1 Mo, 0.2
Si 5505 Al, 5 Sn, 2 Zr, 2 Mo, 0.25 Si 5506 Al, 2 Nb, 1 Ta, 1 Mo 5506 Al, 2 Sn, 1.5 Zr, 1 Mo, 0.35 Bi, 0.1
Si 5506 Al, 2 Sn, 4 Zr, 2 Mo 5508 Al, 1 Mo, 1 V 394, 550
tungstenpowder metal alloys
90W, 6Ni, 4Cu 39390W, 7Ni, 3Cu 39392.5W, Bal. Ni, Fe, and Mo 39392.5W, 5.25Ni, 2.25Cu 39393W, Bal. Ni, Fe, and Mo 39395W, 3.5Ni, 1.5Cu 39395W, 3.5Ni, 1.5Fe 39397W, 2.1Ni, 0.9Fe 393
UNS numbering systemaluminum alloys 398cast iron 398cast steel 398copper alloys 398low-melting metals 398miscellaneous nonferrous metals 398miscellaneous steels and ferrous 398nickel-base alloys 398precious metals 398rare- earth and earth-like metals,
alloys 398reactive and refractory metals,
alloys 398specified mechanical property
steels 398stainless steel alloys 398tool steels, wrought and cast 398welding filler metals 398zinc-base alloys 398
yield strengtheverdur 528magnesium alloys 547
zincelastic properties
cast 394wrought 394
Alumina silicatedensity 389mechanical properties 389
Aluminumcast
specific gravity 380chemical resistance to various
materials 576
Aluminum (continued)coefficient of expansion 375coefficient of heat transmission 375density 376element properties 371melting point 376specific heat 373, 376wrought
specific gravity 380Aluminum alloys
casting, AA numberA356.0 535536A357.0 534, 536A444.0 534, 536B443.0 534536C355.0 534536201.0 534535204.0 534536208.0 534536222.0 534536242.0 534536295.0 534535296.0 536308.0 534, 536319.0 534536328.0 534535332.0 534, 536333.0 534, 536336.0 534, 536354.0 535536355.0 534536356.0 534536357.0 534, 536359.0 536443.0 534536512.0 534535513.0 534, 536514.0 534535520.0 534535535.0 535536705.0 534536707.0 534536710.0 534535711.0 534, 536712.0 534535713.0 535536771.0 535850.0 534536851.0 534536852.0 535536
coefficient of expansion 376density 376elastic properties 394elongation 535, 539endurance limit 539investment casting alloys
A354 391A356 391A357 391C355 391D712 (40E) 391
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Aluminum alloys (continued)investment casting alloys
KO-1 391Precedent 71 391RR-350 391355 391356 391
melting point 376shearing strength 539tensile strength 534535, 539thermal conductivity and
conductance 376ultimate strength 535, 539UNS numbering system 398wrought, AA number
Alclad 2014 539Alclad 3003 540Alclad 3004 540Alclad 6061 541Alclad 7075 5421050 5371060 537, 5391100 537, 5391145 5371175 5371200 5371230 5371235 5371345 5371350 537, 539, 5422011 376, 537, 5392014 537, 5392017 376, 537, 5392018 537, 5392024 376, 394, 537, 5392025 537, 5392036 537, 5392117 537, 5392124 5372218 537, 5392219 537, 5392319 5372618 5373003 376, 538, 5403004 538, 5403005 5383105 5404032 538, 5404043 5384045 5384047 5384145 5385005 538, 5405050 538, 5405052 376, 538, 5405056 538, 5405083 538, 5405086 376, 538, 5415154 5415183 538
Aluminum alloys (continued)wrought, AA number
5252 538, 5415254 538, 5415356 5385454 5415456 538, 5415457 538, 5415554 5385556 5385652 538, 5415654 5385657 5416003 5386005 5386053 5386061 376, 394, 538, 5416063 5416066 538, 5426070 538, 5426101 538, 5426105 5386151 5386201 5386253 5386262 538, 5426351 538, 5426463 538, 5427005 5387008 5387049 538, 5427050 538, 5427072 5387075 376, 538, 5427108 5387178 538, 5428017 5388030 5388176 5428177 538
yield strength 535, 5392011 3762017 3762024 3763003 3765052 3765086 3766061 3766061-T6
elastic properties 3947075 376
Aluminum bronzespecific gravity 380
Aluminum oxidefor polishing plastics 604
Aluminum silicatedensity 389mechanical properties 389
Al2O3 (Alumina)density 389mechanical properties 389
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2825
Americiumelement properties 371
Ammoniaboiling point 372latent heat of evaporation 372specific gravity 381specific heat 373
Ammonium nitrate (NH4NO3)in freezing mixtures 376
Amositethermal conductivity and
conductance 374AMS 2404C 1511AMS 2405B 1511AMS 2433B 1511Aniline
boiling point 372Antimony
coefficient of heat transmission 375element properties 371specific heat 373
Argonelement properties 371
Arsenicelement properties 371
Asbestosspecific gravity 380
Asbestos cementthermal conductivity and
conductance 374Asbestos paper
thermal conductivity and conductance 374
Ashmachinability of 388weight of 387
Aspenmachinability of 388weight of 387
Asphalt rollthermal conductivity and
conductance 374Asphaltum
specific gravity 380Astatine
element properties 371Atomic number and weight 371Atomic symbol, elements 371Azdel
density 390mechanical properties 390specific gravity 390
BBarium
element properties 371
Basswoodmachinability of 388mechanical properties 386weight of 387
Beechmachinability of 388weight of 387weight per cord 386
Beeswaxlatent heat of fusion 372
Bending stresssafe
various plastics 606Benzine
boiling point 372specific gravity 381specific heat 373
Berkeliumelement properties 371
Berylliumelement properties 371
Birchmachinability of 388weight of 387
Bismuthelement properties 371latent heat of fusion 372
Bisulfide of carbonignition temperature 376
Blockthermal conductivity and conductance
cinder 374concrete 374
Board footweight of wood per 386
Boiling pointsvarious substances 372
Borax 500specific gravity 380
Boric acid 500Boron
element properties 371Brass
coefficient of expansion 375red
coefficient of heat transmission 375specific heat 373yellow
coefficient of heat transmission 375Brick
coefficient of expansion 375specific gravity 380thermal conductivity and conductance
common 374face 374
ultimate strength 394Brickwork
specific gravity 380specific heat 373ultimate strength 394
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2826
Brine 457458, 476477, 484quenching 477, 491
Bromineboiling point 372element properties 371specific gravity 381
Bronzecoefficient of expansion 375commercial, 90% 376strength, effect of temperature on 395
Bulk modulus 394
CCadmium
element properties 371specific heat 373
Calciumelement properties 371
Calcium chloride (CaCl2)in freezing mixtures 376
Californiumelement properties 371
Carbide 602Carbolic acid
specific gravity 381Carbon
element properties 371Carbon bisulfide
boiling point 372ignition temperature 376latent heat of evaporation 372
Carbon dioxidespecific gravity 381
Carbon disulfidespecific gravity 381
Carbon monoxidespecific gravity 381
Carbon steelschemical composition 415
Carbonic acidspecific heat 373
Carbonic oxidespecific heat 373
Cast ironASTM A48 432coefficient of expansion 377cutting tools materials for 459density 377hardness 507, 510induction hardening 488influence of temperature on strength 395latent heat of fusion 372malleablizing 463melting point 377specific gravity 380strength data for 432
Cast iron (continued)strength, effect of temperature on 395thermal conductivity and
conductance 377UNS numbering system 398
Cast steelcoefficient of expansion 377density 377melting point 377thermal conductivity and
conductance 377Cast steels
UNS numbering system 398Cedar
mechanical properties 386weight of 387weight per board foot 386
Cellulosethermal conductivity and
conductance 374Cement
Portlandcoefficient of expansion 375ultimate strength 394
specific gravity 380thermal conductivity and
conductance 374Ceramics
coefficient of expansion 389compressive strength 389density 389dielectric strength 389flexural strength 389Mohss hardness 389tensile strength 389thermal conductivity 389
Ceriumelement properties 371
Cesiumelement properties 371
Chalkspecific gravity 380specific heat 373
Charcoal 380ignition temperature 376specific heat 373
Chemical compositioncopper alloys 519nickel 549
Chemical compositionsaluminum alloys 534magnesium alloys 546
Cherrymachinability of 388weight of 387
Chestnutmachinability of 388weight of 387weight per board foot 386weight per cord 386
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2827
Chlorinated PVC (CPVC) 380, 390, 551Chlorine
element properties 371specific gravity 381specific heat 373
Chloroformboiling point 372specific heat 373
Chromiumelement properties 371
Coalspecific gravity 380specific heat 373
Cobaltelement properties 371
Cobalt-base alloysinvestment casting alloys
cobalt 21 392cobalt 25 392cobalt 31 392cobalt 36 392F75 392N-155 392
Coefficient of expansion 375, 389390, 551, 578580ABS 375acetal 375acrylic 375aluminum 375aluminum alloys 376brass 375brick 375bronze 375cast iron 377cast steel 377cement
Portland 375ceramics 389concrete 375copper 375copper alloys 376ductile iron 377ebonite 375epoxy 375glass 375
hard 375thermometer 375
granite 375magnesium 375malleable iron 377marble 375masonry 375nickel-base alloys 377nylon 375pipe 30283029plaster 375plastics 390polycarbonate 375polyethylene 375polypropylene 375
Coefficient of expansion (continued)porcelain 375quartz 375sandstone 375slate 375stainless steel alloys 377steel 375thermoplastic polyester 375titanium alloys 377wood
pine 375zinc 375
Coefficient of friction 551, 578Coefficient of heat transmission
aluminum 375antimony 375brass
red 375yellow 375
copper 375german silver 375iron 375lead 375mercury 375silver 375steel
hard 375soft 375
tin 375zinc 375
Coefficient of radiationcopper 375glass 375iron 375
cast 375tinned and polished 375
oil 375sand
fine 375sawdust 375silver
polished 375tin 375water 375
Cokespecific heat 373
Compression modulus 566Concrete
coefficient of expansion 375Portland
ultimate strength 394poured
thermal conductivity and conductance 374
specific gravity 380Copper
coefficient of expansion 375coefficient of heat transmission 375density 376element properties 371melting point 376
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Copper (continued)polished
coefficient of radiation 375specific heat 373, 376strength, effect of temperature on 395
Copper alloysalloy name (UNS number)
aluminum brass, arsenical (C68700) 526, 1036, 1071
aluminum bronze, D (C61400) 525, 1036, 1071
architectural bronze (C38500) 523, 1036, 1071
beryllium Cu(C17000) 521, 1036, 1071(C17200) 376, 521, 1036, 1071(C17300) 376, 521(C17500) 521, 1036, 1071(C17510) 521C17200 376C17300 376
brasscatridge 70% (C26000) 376extra-high-leaded (C35600) 376free machining (C36000) 376high-leaded (C35300) 376low-leaded, tube (C33000) 376naval (C46400) 376red, 85% (C23000) 376yellow (C27000) 376
bronzealuminum 11% A (C62400) 376aluminum 9% A (C62300) 376commercial, 90% (C22000) 376nickel aluminum (C63000) 376phosphor 5% A (C51000) 376phosphor, free cutting (C54400) 376
cadmium Cu(C16200) 521(C16210) 521deoxidized (C14300) 520deoxidized (C14310) 520
cartridge brass70% (C26000) 376, 522, 1036, 107170% (C26100) 52270% (C26130) 52270% (C26200) 522
chromium Cu(C18200) 376, 521(C18400) 521(C18500) 521
commercial bronze, 90% (C22000) 376, 522, 1036, 1071
Cu nickel10% (C70600) 527, 1036, 107120% (C71000) 52730% (C71500) 527, 1036, 10715% (C70400) 526
Cu- nickel- phosphorus- tellurium (C19100) 521
Copper alloys (continued)alloy name (UNS number)
Cu-nickel-phosphorus (C19000) 521forging brass (C37700) 523, 1036,
1071free machining Cu (C14500) 376free-cutting brass (C36000) 376, 523,
1036, 1071gilding, 95% (C21000) 522, 1036, 1071inhibited admiralty
(C44300) 524, 1036, 1071(C44400) 524(C44500) 524, 1036, 1071
jewelry bronze, 87.5% (C22600) 522, 1036, 1071
leaded brass(C33500) 523, 1036, 1071(C34000) 523, 1036, 1071(C34200) 523, 1036, 1071(C35000) 523(C35300) 376, 523, 1036, 1071(C35600) 376, 523, 1036, 1071tube (C33000) 376, 522tube (C33200) 523, 1036, 1071
leaded commercial bronze(C31400) 522, 1036, 1071nickel-bearing (C31600) 522
leaded Cu(C18700) 376, 521
low brass, 80% 522, 1036, 1071manganese brass (C66700) 526manganese bronze, A (C67500) 526,
1036, 1071Muntz metal
free-cutting (C37000) 523, 1036, 1071
leaded (C36500) 376, 523, 1036, 1071
leaded (C36800) 523, 1036, 107160% (C28000) 376, 522, 1036, 1071
naval brass(C46400) 376, 524(C46700) 524leaded (C48500) 524, 1036, 1071medium-leaded (C48200) 524
nickel silver55-18 (C77000) 527, 1036, 107165-10 (C74500) 527, 1036, 107165-12 (C75700) 527, 1036, 107165-15 (C75400) 527, 1036, 107165-18 (C75200) 527, 1036, 1071
oxygen-free(C10200) 519, 1036, 1071electronic (C10100) 519521extra-low phosphorus (C10300) 519low phosphorus (C10800) 519silver-bearing
(C10400) 519(C10500) 519(C10700) 519
phosphor bronze
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2829
Copper alloys (continued)alloy name (UNS number)
1.25% E (C50500 ) 52410% D (C52400) 525, 1036, 10715% A (C51000) 376, 524525, 1036,
10718% C (C52100) 525, 1036, 1071
phosphorus deoxidized Cuarsenical (C14200) 520high residual phosphorus
(C12200) 520, 1036, 1071low residual phosphorus
(C12000) 520(C12100) 520
red brass, 85% (C23000) 376, 522, 1036, 1071
silicon bronzehigh, A (C65500) 526, 1036, 1071low, B (C65100) 526, 1036, 1071
silicon red brass (C69400) 526sulfur bearing
(C14700) 520(C14710) 520(C14720) 520
tellurium bearing(C14500) 376, 520(C14510) 520(C14520 ) 520
tough pitchelectrolytic (C11000) 376, 519520,
1036, 1071fire refined, with silver
(C12500) 520(C12700) 520(C12800) 520(C12900) 520(C13000) 520
silver-bearing(C11300) 519(C11400) 519(C11500) 519(C11600) 519
yellow brass(C26800) 522, 1036, 1071(C27000) 376, 522
zirconium Cu (C15000) 520beryllium copper
elastic properties 394brass
elastic propertiescast 39470-30 394
bronzeelastic properties 394manganese 376
chemical compositions 519coefficient of expansion 376density 376elastic properties 394elongation 515, 519
Copper alloys (continued)investment casting alloys
beryllium Cu10C (820) 391165C (824) 39120C (825) 391275C (828) 391
brassred 391silicon 391yellow leaded (854) 391
bronzealuminum, C (954) 391aluminum, D (955) 391manganese, A 391manganese, C 391silicon 391tin 391
chrome copper 391copper (pure) 391
machinability 515, 519manganese bronze 376melting point 376nickel silver
elastic properties 394nickel-silver 376phosphor bronze
elastic properties 394wire
tensile strength 395powder metal alloys
CNZ-1818 393copper (pure) 393CTG-1001 393CTG-1004 393CZP-3002 393
tensile strength 515, 519thermal conductivity and
conductance 376UNS number (alloy name)
C10100 (oxygen-free electronic) 519521
C10200 (oxygen-free Cu) 519, 1036, 1071
C10300 (oxygen-free, extra-low phosphorus) 519
C10400 (oxygen-free, silver-bearing) 519
C10500 (oxygen-free, silver-bearing) 519
C10700 (oxygen-free, silver-bearing) 519
C10800 (oxygen-free, low phosphorus) 519
C11000 (electrolytic tough pitch) 376, 519520, 1036, 1071
C11300 (silver-bearing tough pitch) 519
C11400 (silver-bearing tough pitch) 519
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2830
Copper alloys (continued)UNS number (alloy name)
C11500 (silver-bearing tough pitch) 519
C11600 (silver-bearing tough pitch) 519
C12000 (phosphorus deoxidized Cu, low residual phosphorus) 520
C12100 (phosphorus deoxidized Cu, low residual phosphorus) 520
C12200 (phosphorus deoxidized Cu, high residual phosphorus) 520, 1036, 1071
C12500 (fire-refined tough pitch with silver) 520
C12700 (fire-refined tough pitch with silver) 520
C12800 (fire-refined tough pitch with silver) 520
C12900 (fire-refined tough pitch with silver) 520
C13000 (fire-refined tough pitch with silver) 520
C14200 (phosphorus deoxidized Cu, arsenical) 520
C14300 (cadmium Cu, deoxidized) 520C14310 (cadmium Cu, deoxidized) 520C14500 (free machining Cu) 376C14500 (tellurium bearing) 376, 520C14510 (tellurium bearing) 520C14520 (tellurium bearing) 520C14700 (sulfur bearing) 520C14710 (sulfur bearing) 520C14720 (sulfur bearing) 520C15000 (zirconium Cu) 520C15500 520C15715 520C15720 520C15760 521C16200 (cadmium Cu) 521C16210 (cadmium Cu) 521C16500 521C17000 (beryllium Cu) 521, 1036,
1071C17200 (beryllium Cu) 376, 521, 1036,
1071C17300 (beryllium Cu) 376, 521C17500 (beryllium Cu) 521, 1036,
1071C17510 (beryllium Cu) 521C18200 (chromium Cu) 376, 521C18400 (chromium Cu) 521C18500 (chromium Cu) 521C18700 (leaded copper) 376, 521C18700 (leaded Cu) 376C19000 (Cu-nickel-phosphorus) 521C19100 (Cu- nickel- phosphorus-
tellurium alloy) 521C19200 521C19400 522
Copper alloys (continued)UNS number (alloy name)
C19500 522C21000 (gilding, 95%) 522, 1036, 1071C22000 (commercial bronze,
90%) 376, 522, 1036, 1071C22600 (jewelry bronze, 87.5%) 522,
1036, 1071C23000 (red brass, 85%) 376, 522,
1036, 1071C24000 (low brass, 80%) 522, 1036,
1071C26000 (cartridge brass, 70%) 376,
522, 1036, 1071C26100 (cartridge brass, 70%) 522C26130 (cartridge brass, 70%) 522C26200 (cartridge brass, 70%) 522C26800 (yellow brass) 522, 1036, 1071C27000 (yellow brass) 376, 522C28000 (Muntz metal, 60%) 376, 522,
1036, 1071C31400 (leaded commercial
bronze) 522, 1036, 1071C31600 (leaded commercial bronze,
nickel-bearing) 522C33000 (low-leaded brass tube) 376,
522C33200 (high-leaded brass tube) 523,
1036, 1071C33500 (low-leaded brass) 523, 1036,
1071C34000 (medium-leaded brass) 523,
1036, 1071C34200 (high-leaded brass) 523, 1036,
1071C35000 (medium-leaded brass) 523C35300 (high-leaded brass) 376, 523,
1036, 1071C35600 (extra-high-leaded brass) 376,
523, 1036, 1071C36000 (free machining brass) 376C36000 (free-cutting brass) 376, 523,
1036, 1071C36500 (leaded Muntz metal) 376, 523,
1036, 1071C36800 (leaded Muntz metal) 523,
1036, 1071C37000 (free-cutting Muntz
metal) 523, 1036, 1071C37700 (forging brass) 523, 1036,
1071C38500 (architectural bronze) 523,
1036, 1071C40500 523C40800 523C41100 523C41300 523C41500 524C42200 524C42500 524C43000 524
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Copper alloys (continued)UNS number (alloy name)
C43400 524C43500 524C44300 (inhibited admiralty) 524,
1036, 1071C44400 (inhibited admiralty) 524C44500 (inhibited admiralty) 524,
1036, 1071C46400 (naval brass) 376, 524C46700 (naval brass) 524C48200 (naval brass, medium-
leaded) 524C48500 (leaded naval brass) 524, 1036,
1071C50500 (phosphor bronze, 1.25%
E) 524C51000 (phosphor bronze, 5% A) 376,
524525, 1036, 1071C51100 524C52100 (phosphor bronze, 8% C) 525,
1036, 1071C52400 (phosphor bronze, 10%
D) 525, 1036, 1071C54400 376, 525, 1036, 1071C54400 (free cutting phos. bronze) 376C60800 525C61000 525C61300 525C61400 (aluminum bronze, D) 525,
1036, 1071C61500 525C61800 525C61900 525C62300 376, 525C62300 (aluminum bronze, 9%) 376C62400 376, 525C62400 (aluminum bronze, 11%) 376C62500 525C63000 376, 525C63000 (Ni-Al bronze) 376C63200 525C63600 526C63800 526C64200 514, 526C65100 (low-silicon bronze, B) 526,
1036, 1071C65500 (high-silicon bronze, A) 526,
1036, 1071C66700 (manganese brass) 526C67400 526C67500 (manganese bronze, A) 526,
1036, 1071C68700 (aluminum brass,
arsenical) 526, 1036, 1071C68800 526C69000 526C69400 (silicon red brass) 526C70400 (Cu nickel, 5%) 526
Copper alloys (continued)UNS number (alloy name)
C70600 (Cu nickel, 10%) 527, 1036, 1071
C71000 (Cu nickel, 20%) 527C71500 (Cu nickel, 30%) 527, 1036,
1071C72200 527C72500 527C73500 527C74500 (nickel silver, 65-10) 527,
1036, 1071C75200 (nickel silver, 65-18) 527,
1036, 1071C75400 (nickel silver, 65-15) 527,
1036, 1071C75700 (nickel silver, 65-12) 527,
1036, 1071C76390 527C77000 (nickel silver, 55-18) 527,
1036, 1071C78200 527C80100 515C80300 515C80500 515C80700 515C80900 515C81100 515C81300 515C81400 515C81500 515C81700 515C81800 515C82000 515C82100 515C82200 515C82400 515C82500 515C82600 515C82700 515C82800 515C83300 516C83400 516C83600 516C83800 516C84200 516C84400 516C84500 516C84800 516C85200 516C85400 516C85500 516C85700 516C85800 516C86100 516C86200 516C86300 516C86400 516C86500 516C86700 516C86800 516
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Copper alloys (continued)UNS number (alloy name)
C87200 516C87400 516C87500 517C87600 517C87800 517C87900 517C90200 517C90300 517C90500 517C90700 517C90900 517C91000 517C91100 517C91300 517C91600 517C91700 517C92200 517C92300 517C92500 517C92600 517C92700 517C92800 517C92900 517C93200 517C93400 517C93500 517C93700 517C93800 517C93900 517C94300 517C94400 517C94500 517C94700 518C94800 518C95200 518C95300 518C95400 518C95500 518C95600 518C95700 518C95800 518C96200 518C96300 518C96400 518C96600 518C97300 518C97400 518C97600 518C97800 518C99300 518C99400 518C99500 518C99700 518C99750 518
UNS numbering system 398yield strength 515, 519
Copper-beryllium alloystensile strength 529
Copper-beryllium alloys (continued)yield strength 52910 529165 52925 52935 52950 529
Copper-silicon alloys (Everdur)637 528651 528655 5286552 528661 528
Copper-zinc-tin alloystensile strength 528
Cordweight per wood in 386
Cordierite (2MgO2Al2O35SiO2)density 389mechanical properties 389
Corrosion resistancesalt water
stainless steel 419Corundum
specific heat 373Cotton-seed oil
specific gravity 381Cottonwood
machinability of 388weight of 387
CPVCdensity 390mechanical properties 390specific gravity 380, 390
CPVC (chlorinated PVC) 380, 390, 551Curium
element properties 371Cypress
weight of 387weight per board foot 386
C18900 521
DDensity
air 3032at various pressures and
temperatures 3034aluminum alloys 376cast iron 377cast steel 377ceramics 389copper alloys 376ductile iron 377iron
cast 377ductile 377malleable 377
malleable iron 377
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Density (continued)nickel-base alloys 377plastics 390stainless steel alloys 377Steel
cast 377titanium alloys 377various metals 376water 3026, 3028
Dielectric constantnylon 6/6 574
Dielectric strengthceramics 389plastics 390
Douglas Firmechanical properties 386
Douglas firweight of 387
Ductile ironA536 377coefficient of expansion 377density 377investment casting alloys
ferritic 392pearlitic 392
Melting point 377thermal conductivity and
conductance 377Dysprosium
element properties 371
EEarth
specific gravity 380Ebonite
coefficient of expansion 375Einsteinium
element properties 371Element
atomic number and weight 371melting point 371symbol 371
Elmmachinability of 388weight of 387weight per cord 386
Elongationinvestment casting alloys 391
Emeryspecific gravity 380
Epoxycoefficient of expansion 375
Erbiumelement properties 371
Etherboiling point 372latent heat of evaporation 372
Ether (continued)specific heat 373vapor
specific gravity 381Ether, sulfuric
specific gravity 381Ethylene
specific gravity 381specific heat 373
Europiumelement properties 371
Everdurchemical composition 528elongation 528tensile strength 528yield strength 528
Everdur (copper-silicon) alloys637 528651 528655 5286552 528661 528
FFelt
thermal conductivity and conductance 374
Fermiumelement properties 371
Fe3O4 3018Fiber glass sheet
density 390mechanical properties 390specific gravity 390
Fiberglass 551Fir
mechanical properties 386weight of 387weight per board foot 386
Flexural modulus 574, 587plastics 390
Flexural strengthceramics 389
Fluoric acidspecific gravity 381
Fluorineelement properties 371
Forsterite (2MgOSiO2)density 389mechanical properties 389
Franciumelement properties 371
Freezing mixturesammonium nitrate (NH4NO3) 376calcium chloride (CaCl2) 376potassium hydrate (KOH) 376sal ammoniac (NH4Cl) 376
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Freezing mixtures (continued)salt, common 376
Friction, coefficient of 551, 578Fusel oil
specific heat 373
GGadolinium
element properties 371Gallium
element properties 371Gas
specific heat 373Gasoline
specific gravity 381German silver
coefficient of heat transmission 375Germanium
element properties 371Glass
coefficient of expansion 375coefficient of radiation 375elastic properties 394hard
coefficient of expansion 375specific gravity 380specific heat 373thermal conductivity and
conductance 374thermometer
coefficient of expansion 375Glass ceramic (machinable)
elastic properties 394Glass ceramic, machinable
density 389mechanical properties 389
Glass micadensity 389mechanical properties 389
Goldelement properties 371specific gravity 380specific heat 373
Granitecoefficient of expansion 375specific gravity 380ultimate strength 394
Graphitespecific heat 373
Gravelspecific gravity 380
Gumweight of 387
Gun cottonignition temperature 376
Gypsumspecific gravity 380
HHackberry
machinability of 388Hafnium
element properties 371Hardness
plastics 390Helium
element properties 371Hemlock
mechanical properties 386weight of 387weight per board foot 386
Hickorymachinability of 388weight of 387
Holmiumelement properties 371
Honeylocustweight of 387
Hydrochloric acidspecific gravity 381
Hydrofluoric acidspecific gravity 381
Hydrogenelement properties 371specific gravity 381specific heat 373
IIce
latent heat of fusion 372specific gravity 380specific heat 373
Ignition temperaturebisulfide of carbon 376charcoal 376dry wood
oak 376pine 376
gun cotton 376nitro-glycerine 376phosphorus
amorphous 376transparent 376
rifle powder 376Illuminating gas
specific gravity 381Indium
element properties 371Iodine
element properties 371Iridium
element properties 371
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2835
Ironcast
coefficient of radiation 375density 377latent heat of fusion 372melting point 377specific gravity 380specific heat 373, 377strength, effect of temperature on 395UNS numbering system 398
coefficient of heat transmission 375coefficient of radiation 375ductile
density 377investment casting alloys
ferritic 392pearlitic 392
melting point 377specific heat 377
elastic propertiescast 394ductile 394grey cast 394malleable 394
element properties 371investment casting alloys
1.2% Si 392malleable
density 377melting point 377specific heat 377
powder metal alloysFC-0208 393FC-0508 393FC-0800 393FC-2008 393FC-2015 393FL-4605 393FL-4608 393FN-0005 393FN-0200 393FN-0205 393FN-0208 393FN-0405 393FN-0408 393FX-2008 393F-0000 393F-0008 393
sheet, polishedcoefficient of radiation 375
specific gravity 380specific heat 373wrought
specific heat 373strength, effect of temperature on 395
Iron slagspecific gravity 380
Izod impactplastics 390
KKerosene
specific gravity 381specific heat 373
Kryptonelement properties 371
LLanthanum
element properties 371Larch
weight of 387Latent heat
of evaporation 372of fusion 372
Lavadensity 389mechanical properties 389
Lawrenciumelement properties 371
Leadcoefficient of heat transmission 375elastic properties 394element properties 371latent heat of fusion 372specific gravity 380specific heat 373
Limethermal conductivity and
conductance 374Limestone
specific gravity 380specific heat 373ultimate strength 394
Linseed oilboiling point 372specific gravity 381
Liquid crystal polymerchemical resistance to various
materials 576Lithium
element properties 371Locust
weight of 387Lodestone 3018Lutetium
element properties 371
MMagnesia
specific heat 373thermal conductivity and
conductance 374
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Magnesiumcoefficient of expansion 375elastic properties 394element properties 371
Magnesium alloysbearing strength 547casting, pressure die cast
AM60A 546547AM60B 546547AS41A 546547AZ91A 546547AZ91B 546547AZ91D 546547
casting, sand and permanent moldAM100A 546547AZ63A 546547AZ81A 546547AZ91C 546547AZ91E 546547AZ92A 546547EZ33A 546547HK31A 546547HZ32A 546547K1A 546547QE22A 546547QH21A 546547WE54A 546547ZE41A 546547ZE63A 546547ZH62A 546547ZK51A 546547ZK61A 546547
compressive strength 547elastic properties 394elongation 547extrusion
AZ10A 546547AZ31B 546547AZ31C 546547AZ61A 546547AZ80A 546547HM31A 546547M1A 546547ZK40A 546547ZK60A 546547
hardness 547shear strength 547sheet and plate
AZ31B 546547AZ31C 546547HK31A 546547HM21A 546547
tensile strength 547yield strength 547
Magnetite 3018Magnolia
machinability of 388Malleable iron
A220 377coefficient of expansion 377
Malleable iron (continued)density 377melting point
377thermal conductivity and
conductance 377Manganese
element properties 371Maple
machinability of 388weight of 387weight per cord 386
Marblecoefficient of expansion 375specific gravity 380specific heat 373
Marsh gasspecific gravity 381
Masonrybrick
coefficient of expansion 375specific heat 373
specific gravity 380Maximum operating temperature
plastics 390MB
wiretensile strength
hard-drawn 395oil tempered 395
Mechanical propertieselongation
alloy steel 424aluminum alloys 535copper alloys 515, 519investment casting alloys 391nickel 549
hardness no.alloy steel 424
impact strengthalloy steel 424
machinabilitycopper alloys 515
machinablitycopper alloys 519
tensile strengthalloy steel 424cold drawn steel 422copper alloys 515, 519investment casting alloys 391nickel 549
ultimate strengthaluminum alloys 535, 539
Woodcompressive strength 386shearing strength 386tensile strength 386
woodcompressive strength 385density 387machinability 387
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Mechanical properties (continued)wood
maximum crushing strength 385386maximum load in bending 385modulus of rupture 385386shearing strength 386tensile strength 386work to max load 386
yield strengthalloy steel 424aluminum alloys 535, 539cold drawn steel 422copper alloys 515, 519copper-beryllium alloys 529investment casting alloys 391nickel 549
Melting pointaluminum alloys 376cast iron 377cast steel 377copper alloys 376ductile iron 377elements 371iron
cast 377ductile 377malleable 377
malleable iron 377nickel-base alloys 377stainless steel alloys 377steel
cast 377titanium alloys 377
Mendeleviumelement properties 371
Merchanical propertiestensile strength
copper-beryllium alloys 529Mercury
boiling point 372coefficient of heat transmission 375element properties 371specific gravity 380specific heat 373
Mercury vaporspecific gravity 381
MgOSiO2 (Steatite)density 389mechanical properties 389
Micaspecific gravity 380
Mineral fiberthermal conductivity and
conductance 374Mineral fiber cement
thermal conductivity and conductance 374
Mineral oilquenching baths 475476
Mineral oil (continued)specific gravity 381tempering in 481
Modulus of elasticity 394395, 432, 513, 558, 561562, 565566, 575, 578579, 600
Modulus of rigidity, G 432Modulus of rupture
wood 385Mohs hardness
ceramics 389Molybdenum
elastic properties 394element properties 371
Mortarspecific gravity 380thermal conductivity and
conductance 374Muriatic acid
specific gravity 381Music wire
tensile strength 395
NNaphtha
specific gravity 381specific heat 373
Napthalineboiling point 372
Neodymiumelement properties 371
Neonelement properties 371
Neptuniumelement properties 371
Nickelelement properties 371specific gravity 380specific heat 373
Nickel alloyschemical composition 549elongation 549Inconel
elastic properties 394Monel metal
elastic properties 394tensile strength 549yield strength 549
Nickel steelelastic properties 394
Nickel-base alloysalloy name (UNS number)
hastelloyhastelloy C-22 377hastelloy C-276 377
inconelinconel 718 377
Monel 377
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2838
Nickel-base alloys (continued)alloy name (UNS number)
Monel K500 (N05500) 377Monel R405 377Monel 400 (N05500) 377
nickel 200 (N02200) 377nickel 201 (N02201) 377nickel 205 (N02205) 377
coefficient of expansion 377density 377investment casting alloys
Alloy B 392Alloy C 392Alloy X 392Inconel
In 600 392In 625 392
Invar (Fe-Ni alloy) 392Monel
E 392M-35 392RH 392S 392410 392
melting point 377nickel alloys 377specific heat 377thermal conductivity and
conductance 377UNS numbering system 398
Niobiumelement properties 371
Nitric acidboiling point 372specific gravity 381
Nitric oxidespecific gravity 381
Nitrogenelement properties 371specific gravity 381specific heat 373
Nitro-glycerineignition temperature 376
Nitrous oxidespecific gravity 381
Nobeliumelement properties 371
Nylon 375, 380, 390, 551, 574, 576, 587588, 601602, 606coefficient of expansion 375density 390family characteristics 551glass reinforced
coefficient of expansion 375milling 602
mechanical properties 390nylon 6/6
chemical resistance to various materials 576
dielectric constant 574
Nylon (continued)nylon 6/6
flow characteristics 588speeds and feeds for drilling 601
safe bending stress 606specific gravity 380, 390wall thickness for molding 587
OOak
machinability of 388weight of 387weight per board foot 386weight per cord 386
Oilcoefficient of radiation 375linseed
boiling point 372specific gravity 381
machinespecific heat 373
mineralquenching baths 475476specific gravity 381tempering in 481
olivespecific gravity 381specific heat 373
petroleumspecific gravity 381
quenching 476477, 484485, 489, 493, 501
quenching bathsmineral 475
rapespecific gravity 381
saponifiable 481tempering 481turpentine
boiling point 372specific gravity 381
whalespecific gravity 381
Olive oilspecific gravity 381
Osmiumelement properties 371
Oxygenelement properties 371specific gravity 381specific heat 373
PPalladium
element properties 371Palm oil
specific gravity 381
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2839
Paraffinelatent heat of fusion 372
PBTchemical resistance to various
materials 576Pecan
machinability of 388PEEK(polyetherether-ketone) 551Percent elongation
plastics 390Perlite
thermal conductivity and conductance 374
PETchemical resistance to various
materials 576density 390mechanical properties 390specific gravity 390
PET (polyethylene-terephthalate) 390, 551, 576
Petroleum oilspecific gravity 381
Phenolic 551, 602Phenolics
density 390mechanical properties 390specific gravity 390
Phosphoric acidspecific gravity 381
Phosphoruselement properties 371ignition temperature
amorphous 376transparent 376
latent heat of fusion 372specific gravity 380specific heat 373
Pinemechanical properties 386weight of 387weight per board foot 386weight per cord 386
Pipegallons of water per foot 3029thermal expansion of 3029
Plastercoefficient of expansion 375thermal conductivity and
conductance 374Plaster of Paris
specific gravity 380Plastics
coefficient of expansion 390density 390dielectric strength 390flexural modulus 390hardness 390Izod impact 390
Plastics (continued)maximum operating temperature 390percent elongation 390sawing, speeds and numbers of teeth 602specific gravity 390speeds and feeds for drilling 601tensile modulus 390
Platinumelement properties 371specific gravity 380specific heat 373
Plexiglasspolishing 604
Plutoniumelement properties 371
Plywoodthermal conductivity and
conductance 374Poissons ratio 394, 558, 562Polonium
element properties 371Polyarylate
chemical resistance to various materials 576
Polycarbonate 375, 380, 390, 551, 574, 576, 587, 601, 606chemical resistance to various
materials 576coefficient of expansion 375density 390mechanical properties 390safe bending stress 606specific gravity 380, 390speeds and feeds for drilling 601
Polyestersafe bending stress 606speeds and feeds for drilling 601
Polyester elastomerchemical resistance to various
materials 576Polyetherimide
density 390mechanical properties 390specific gravity 390
Polyethylenecoefficient of expansion 375density 390mechanical properties 390specific gravity 380, 390speeds and feeds for drilling 601
Polyethylene-terephthalate (PET) 390, 551, 576
Polyimidemilling 602
Polymerliquid, for prototypes 603
Polymethylpentenedensity 390mechanical properties 390specific gravity 390
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
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Polymiddensity 390mechanical properties 390specific gravity 390
Polyphenylene oxidechemical resistance to various
materials 576Polyphenylene sulfide
chemical resistance to various materials 576
density 390mechanical properties 390specific gravity 390
Polypropylene 375, 380, 390, 551, 574, 576, 587, 601chemical resistance to various
materials 576coefficient of expansion 375density 390mechanical properties 390specific gravity 380, 390speeds and feeds for drilling 601
Polystyrenespeeds and feeds for drilling 601thermal conductivity and conductance
beaded 374rigid 374
Polysulfone 390, 551, 574, 576, 587chemical resistance to various
materials 576density 390mechanical properties 390specific gravity 390
Polytetrafluoroethylenespeeds and feeds for drilling 601
Polytetrafluoro-ethylene (PTFE) 380, 390, 551
Polyurethane 380, 390, 551552, 587, 606density 390mechanical properties 390safe bending stress 606specific gravity 380, 390
Polyvinyl chloridespeeds and feeds for drilling 601
Polyvinyl chloride (PVC) 390, 551, 587, 601, 3029
Polyvinylidene-fluoride (PVDF) 390, 551, 3029
Poplarmachinability of 388weight of 387weight per cord 386
Porcelaincoefficient of expansion 375
Potassiumelement properties 371
Potassium hydrate (KOH)in freezing mixtures 376
Praseodymiumelement properties 371
Pressurebarometric 3032
Promethiumelement properties 371
Protactiniumelement properties 371
PTFEdensity 390mechanical properties 390specific gravity 380, 390
PTFE (polytetrafluoro-ethylene) 380, 390, 551
PVCdensity 390mechanical properties 390specific gravity 390
PVC (polyvinyl chloride) 390, 551, 587, 601, 3029
PVDFdensity 390mechanical properties 390specific gravity 390
PVDF (polyvinylidene-fluoride) 390, 551, 3029
QQuartz
coefficient of expansion 375specific gravity 380specific heat 373
Quenchingbrine 457458, 476477, 484, 491caustic solution 493oil 476477, 484485, 489, 493, 501salt 476, 478tanks for 477water 407, 411, 413415, 429, 437, 439
442, 455458, 466, 468, 476477, 484485, 489, 491, 493, 543
water-polymer 466
RRadium
element properties 371Radon
element properties 371Rape oil
specific gravity 381Redwood
mechanical properties 386weight of 387
Rheniumelement properties 371
Rhodiumelement properties 371
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2841
Rifle powderignition temperature 376
Roofingthermal conductivity and
conductance 374Rouge
for polishing plastics 604Rubber, rigid foam
thermal conductivity and conductance 374
Rubidiumelement properties 371
Rutheniumelement properties 371
SSal ammoniac (NH4Cl)
in freezing mixtures 376Salt
freezing mixtures 376quenching 476, 478specific gravity 380
Samariumelement properties 371
Sandfine
coefficient of radiation 375specific gravity 380specific heat 373thermal conductivity and
conductance 374Sandstone
coefficient of expansion 375specific gravity 380ultimate strength 394
Saturated brineboiling point 372
Sawdustcoefficient of radiation 375
Scandiumelement properties 371
Seleniumelement properties 371
Shear modulus 394, 432, 564566Shingle
asbestos cementthermal conductivity and
conductance 374asphalt
thermal conductivity and conductance 374
woodthermal conductivity and
conductance 374Siding
metalthermal conductivity and
conductance 374
Silicafor polishing plastics 604specific heat 373
Silica aerogelthermal conductivity and
conductance 374Silica foam
density 389mechanical properties 389
Siliconelement properties 371
Silicon carbidefor polishing plastics 604
Siliconemilling 602
Silvercoefficient of heat transmission 375element properties 371latent heat of fusion 372polished
coefficient of radiation 375specific gravity 380specific heat 373
Slatecoefficient of expansion 375specific gravity 380ultimate strength 394
Soapstonespecific gravity 380
Sodaspecific heat 373
Sodiumelement properties 371
Specific gravity 380Baums hydrometer conversion 382gasses 381plastics 390various liquids 381various substances 380water 380
Specific heat 372
cast steel 377copper alloys 376iron
cast 377ductile 377malleable 377
of gasses 373stainless steel alloys 377titanium alloys 377various metals 376various substances 373various woods 373
Speeds and feedsplastics
drilling 600601milling 602sawing 602tapping and threading 601
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INDEX OF MATERIALSMachinery's Handbook 29th Edition
2842
Speeds and feeds (continued)plastics
turning and cutting off 600Spruce
mechanical properties 386weight of 387weight per board foot 386
Stainless steelalloy, AISI-SAE (UNS) number
30615 () 40941030705 () 41030805 () 40930905 () 40941051210 () 41051710 () 410
UNS numbering system 398316
chemical resistance to various materials 576
Stainless steel alloysAISI (SAE) Number
... (51430F) 494201 (30201) 1031, 1049, 1066202 (30202) 1031, 1049, 1066203EZ () 1031, 1049, 1066301 (30301) 1031, 1049, 1066302 (30302) 432, 1031, 1049, 1066303 (30303) 1031, 1049, 1066303MA () 1031, 1049, 1066303Pb () 1031, 1049, 1066304 (30304) 1031, 1049, 1066305 (30305) 1031, 1049, 1066310 (30310) 1031, 1049, 1066316 (30316) 1031, 1049, 1066317 (30317) 1031, 1049321 (30321) 432, 1031, 1049, 1066347 (30347) 432, 1031, 1049, 1066410 (51410) 494, 1031, 1049, 1066414 (51414) 494, 1031, 1050, 1066416 (51416) 494, 1031, 1049, 1066420 (51420) 432, 1031, 1049, 1066430 (51430) 432, 494, 1031