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Steel 38KHGN

06X1 steel 06X1F steel 06XGR steel 06XF steel 07Cr3HNMuA steel Steel 08GDNF (SL-2; 08GDNFL) 08Cr2G2FA steel Steel 08KhMFCH (08KhMFCH) Steel 08KhMHA (08KhMCH) Steel 09GSFA (09GSF) Steel 09N2MFBA (09N2MFBA-A) Steel 09SFA (09SF) 09ХГ2НАБч steel Steel 09KhN2MD (AB2-SH1) Steel 09KhN3MD (AB3) Steel 09KhN4MD (AB4) Steel 10G2 (10G2A) Steel 10GN (10GNA) Steel 10Х1С2М Steel 10Х2ГНМ (10Х2ГНМА) Steel 10Х2М1 (10Х2М1А) 10Х3ГНМЯА steel Steel 10ХН3МД (АБ2-Ш2) Steel 12G1P Steel 12Х2Н4А (ЭИ83) Steel 12Х2НВФА (ЭИ712) Steel 12Х2НВФМА (ЭП506; ЭИ712М) Steel 12Х2НМ1ФА Steel 12Kh2NMFA Steel 12ХГН2МФБДАЮ (VS-4) 12XHNM steel 12CrNiMoV Steel 12KhN steel 12XH2 steel 12XH2A steel Steel 12KhN2MD (AB1) 12KhN3A steel 12XHN3MD steel (AB2; 12XHN3MDF) 12XHN4MBD steel (AB2P) Steel 138 IZ-2 13H2HA steel Steel 13H5A Steel 13Х3НВМ2Ф (DI45; VKS-4) Steel 13ХГМРБ 13CrNi2MoD steel 13CrNi2MoFd steel Steel 13KhGSN1MD Steel 13KhFA (13KhF) Steel 14N2MFD (14N2MFDA) Steel 14Х2ГМР Steel 14Х2Н3МА 14Cr3GMu steel Steel 14ХГ2САФД Steel 14ХГН Steel 14ХГНН2МДАФБ (14ХГНМДАФБ) Steel 14ХГННМДФБРТ (14ХГНМД) Steel 14KhGSN2MA (EP176; DI3A) Steel 14ХН3МА Steel 15G (15G1) 15GUT steel Steel 15H2M (15NM) 15H3MA steel 15X steel 15Kh1SMFB steel 15Cr2Hn2TA steel Steel 15Kh2HN2TRA 15KhA steel 15CrNi2MaFach steel 15CrNi2TA steel (15CrNi2TA) 15KhGNM steel (15KhGNMA) 15KhMFA steel (15KhMF) 15KhN3 steel 15Cr steel 15KhSMFB steel (EP79) 15KhFA steel (15KhF) Steel 16G2 Steel 16Х2Н3МФБАЮ (16Х2Н3МФАБ; VKS7) Steel 16Х3НВФМБ (VKS-5; DI39) Steel 16ХГ (АЦ16ХГ) Steel 16ХГТА (ЭИ274) Steel 16ХН3МА 16KhSN steel Steel 17H3MA 17KhG steel Steel 18Г2ХФЯД Steel 18Kh2H4VA Steel 18Kh2H4MA 18CrNiG Steel 18ХГН2МФБ steel 18KhGT steel 18XH2T steel 18KhN3MA steel 18KhNVA steel Steel 18KhNMFD (18KhNMFDA) Steel 19Х2НВФА (ЭИ763) Steel 19Kh2NMFA Steel 19KhGN Steel 19ХГНМА (19ХГНМ) Steel 19ХГСС Steel 20G (20G1) Steel 20G2 Steel 20G2AF (20G2AFps) 20G2P steel 20GUT steel Steel 20H2M (20NM) Steel 20F (20FA) 20X steel Steel 20X2MA Steel 20X2MFA Steel 20X2H4A Steel 20Х2Н4МФ (20Х2Н4МФА) Steel 20Kh3NMF (20Kh3NMFA) 20XHNM steel 20KhGNMT steel (20KhGNMTA) Steel 20ХГНР 20XHNTR steel 20XGR steel 20KhGSA steel Steel 20ХГСР 20XM steel 20KhN steel Steel 20KhN2M (20KhNM) 20KhN3A steel 20KhN3MFA steel (20KhN3MF) 20KhN4FA steel 20KhNR steel 20KhFA steel (20KhF) Steel 21N5A (EI56) Steel 21Х2НВФА Steel 21Х2НМФА Steel 22KhGNMA (22KhGNM) 22XHNM steel Steel 23G2D Steel 23Х2НВФА (ЭИ659) Steel 23Х2НМФА Steel 23KhN2M Steel 24G2 Steel 24Kh3MF (24Kh3MFA) 24CrNiM Steel Steel 25G (25G2) 50G steel Steel 50G2 50X steel 50KhN steel 5XHNM2 steel 85GF steel AK32 steel AK33 steel AK34 steel AK35 steel AK36 steel AK37 steel AK48 steel AK49 steel AK50 steel Steel 25H Steel 25H3A Steel 25Kh2H4VA Steel 25Х2Н4МА Steel 25ХГ2СФР 25KhGM steel Steel 25KhGNMA (25KhGNM) Steel 25KhGNMT (25KhGNMTA) 25KhGSA steel Steel 25KhGT 25CrM steel Steel 25KhN3 Steel 25KhNTZ Steel 26G1 Steel 26Х1МА (26Х1М) Steel 26Х2НВМБР (KVK-26) Steel 26KhGM Steel 26ХГМФ (26ХГМФА) Steel 26KhMA (26KhM; 25KhM) Steel 27XGR Steel 30G (30G1) 30G1P steel Steel 30G2 30T steel 30X steel Steel 30X2H2VFA Steel 30X2H2VFMA Steel 30Kh2NVA Steel 30Kh2NVFA Steel 30Kh2NVFMA Steel 30Kh2NMA Steel 30Х2НМФА (30Х2НМФ) Steel 30Kh3MF 30Kh3MFSA steel 30Kh3NVA steel 30CGS steel 30KhGSA steel 30KhGT steel 30XM steel 30KhMA steel Steel 30KhN2VA Steel 30KhN2VFA Steel 30KhN2MA (30KhNMA) 30KhN2MFA steel 30KhN3A steel 30KhN3M steel Steel 30KhNMFA (30KhNVFA) 30KhRA steel Steel 30ХСНВФА (ВП30) Steel 32G2 Steel 32G2S Steel 32Х2НВМБР (KVK-32) Steel 33Kh3SNMVFA (SP33; EP613) Steel 33XHN3MA Steel 33HS Steel 34KhN1VA (0KhN1V) Steel 34KhN3M Steel 35G Steel 35G1P Steel 35G2 Steel 35X Steel 35Cr2YuF Steel 35CrNi2 35KhGSA steel Steel 35CrM Steel 35KhN2F Steel 35KHN3MA (35KHN3M) Steel 36G2S Steel 36G2SR Steel 36Х2Н2МФА (36ХН1МФА) Steel 37G2S Steel 37Х2НВМБР (КВК-37) 37KhN3A steel 38Cr2MuA steel (38Cr2MuA) Steel 38Kh2H2VA Steel 38Kh2H2MA (38KhNMA) 38X2H3M steel 38X2HM steel 38Kh2NMF steel 38Kh2Yu (38Kh2YuA) steel 38KhA steel 38KhGM steel 38KhGN steel 38CrNiM steel 38KhGSA steel (38KhGS) Steel 38KhM (42KhM) 38KhMA steel 38KhN3VA steel 38KhN3MA steel 38HS steel Steel 38KhFR (40KhFR) 40G steel Steel 40G2 Steel 40GR (40G1P) Steel 40Kh (40KhA) Steel 40X2H2VA Steel 40X2H2MA Alloy 40Kh3M2FA (USP-40) 40KhGNM steel 40KhGSMA steel 40KhGTR steel Steel 40KhMFA (40KhMF) 40KhN steel Steel 40KhN2VA (40KhNVA) Steel 40KhN2MA (40KhNMA) 40KhR steel 40HS steel 40KhSN2MA steel Steel 40KhFA (40KhF) Steel 42Х2НВМБР (KVK-42) Steel 42Х2НМБР (ABO70Н) Steel 42KhMFA (42KhMF) Steel 44Х2НМБР (ABO70В) 45G steel Steel 45G2 45X steel 45KhN steel 45KhN2MFA steel (45KhNMFA) Steel 47GT 48KhN3M steel

Designation

Name The value
Designation GOST Cyrillic 38ХГН
Designation GOST Latin 38XGH
Transliteration 38HGN
The chemical elements 38CrMnН

Description

38KHGN steel is used: for the manufacture of parts of excavators, fasteners, shafts, axles, gears, earrings and other critical parts, which are requirements of high strength.

Note

Structural steel quality homomasculinity.

Standards

Name Code Standards
Sheets and stripes В23 GOST 103-2006
Sectional and shaped rolling В32 GOST 1051-73, GOST 4543-71, GOST 8559-75, GOST 8560-78, GOST 14955-77, TU 14-1-2118-77, TU 14-11-245-88, TU 14-136-367-2008
Sectional and shaped rolling В22 GOST 1133-71, GOST 8319.0-75, GOST 2590-2006, GOST 2591-2006, GOST 2879-2006
Metal forming. Forgings В03 GOST 8479-70, ST ЦКБА 010-2004
Bulls. Blanks. Slabs В31 OST 3-1686-90, TU 14-1-4944-90

Chemical composition

Standard C S P Mn Cr Si Ni Fe Cu V Ti Mo W
GOST 4543-71 0.35-0.43 ≤0.035 ≤0.035 0.8-1.1 0.5-0.8 0.17-0.37 0.7-1 The rest ≤0.3 ≤0.05 ≤0.03 ≤0.15 ≤0.2
Fe is the basis.
According to GOST 4543-71 the content in high-quality steel is regulated: P≤0,025%; S≤0.025%; Сu≤0.30%; in high-grade steel: P≤0,025%; S≤0.015%; Сu≤0.25%.

Mechanical characteristics

Section, mm t отпуска, °C sT|s0,2, MPa σB, MPa d5, % y, % kJ/m2, кДж/м2 Brinell hardness number, MPa HRC
Quenching in oil from 850 °C + vacation
- 200 1580 1780 15 36 275 499 -
- 300 1470 1670 16 40 186 478 -
- 400 1290 1370 16 41 461 415 -
- 500 1150 1200 16 46 765 350 -
- 600 950 1040 19 54 1540 269 -
Quenching in oil from 850 °C + vacation at 570 °C, cooling in water or oil
≤25 - 685 780 12 45 961 - -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
250 - 660 810 16 51 628 255 -
Quenching + tempering (forgings)
300-500 - 315 570 12 30 - 167-207 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 185 200 34 93 - - -
Quenching in oil with 850-870 °C + vacation at 180-200 °C, air cooling
25-40 - 1340 1470 7 30 - - 50-53
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
350 - 660 800 16 50 530 255 -
Quenching + tempering (forgings)
300-500 - 345 590 14 38 - 174-217 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 89 135 57 98 - - -
Quenching in oil with 850-870 °C + vacation at 650 °C, air cooling
50-100 - 690 880 - 60 - 241 -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
450 - 690 840 15 47 481 248 -
Quenching + tempering (forgings)
500-800 - 345 590 12 33 - 174-217 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 52 76 68 100 - - -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
250 - 700 850 15 54 677 269 -
Quenching + tempering (forgings)
100-300 - 395 615 15 40 - 187-229 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 27 50 75 100 - - -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
350 - 730 840 17 59 814 262 -
Quenching + tempering (forgings)
300-500 - 395 615 13 35 - 187-229 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 18 35 66 100 - - -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
450 - 730 890 15 54 716 262 -
Quenching + tempering (forgings)
500-800 - 395 615 11 30 - 187-229 -
A specimen of 10 mm diameter, 50 mm length, forged and annealed. The rate of deformation of 5 mm/min strain rate of 0.002 1/s.
- - 10 20 66 100 - - -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
250 - 700 860 17 48 579 241 -
Quenching + tempering (forgings)
≤100 - 440 635 16 45 - 197-235 -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
350 - 690 870 14 43 481 248 -
Quenching + tempering (forgings)
300-500 - 440 635 13 35 - 197-235 -
Quenching in water or oil from 850 °C + vacation at 560 °C, cooling in water or oil (named place of clippings sample)
450 - 590 810 15 32 343 235 -
Quenching + tempering (forgings)
≤100 - 490 655 16 45 - 212-248 -
Quenching using water in oil from 850 °C + vacation at 560 °C (10 h exposure), cooling in water (named place of clippings sample)
550 - 660 870 14 52 530 275 -
Quenching + tempering (forgings)
100-300 - 490 655 13 40 - 212-248 -
Quenching using water in oil from 850 °C + vacation at 560 °C (10 h exposure), cooling in water (named place of clippings sample)
550 - 800 930 16 52 677 275 -
Quenching + tempering (forgings)
≤100 - 540 685 15 45 - 223-262 -
Quenching using water in oil from 850 °C + vacation at 560 °C (10 h exposure), cooling in water (named place of clippings sample)
550 - 490 730 15 30 589 229 -
Quenching + tempering (forgings)
100-300 - 540 685 13 40 - 223-262 -
≤100 - 590 735 14 45 - 235-277 -
Normalization (forgings)
500-800 - 315 570 11 30 - 167-207 -
≤100 - 345 590 18 45 - 174-217 -

Description mechanical marks

Name Description
Section Section
sT|s0,2 Yield strength or limit of proportionality with a tolerance for residual deformation of 0.2%
σB Limit short-term strength
d5 Elongation after rupture
y The relative narrowing
kJ/m2 Toughness
HRC Rockwell hardness (indenter diamond spheroconical)

Technological properties

Name The value
Weldability difficult weldability. Method of welding: SMAW. Necessary preheating and subsequent heat treatment.
Propensity to temper brittleness inclined
Forging temperature Start - 1200 °C, the end - of 800 °C. the cross Sections up to 250 mm are cooled in air, 251-350 mm - in the pit.
Flock-sensitive sensitivity sensitive

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