t500 veeyes
DESCRIPTION
TsTRANSCRIPT
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Pag. 1 di 5
BFE DESIGNATION ASTM /DIN UNS/Other Form C Mn P S Si Cu Ni Cr Mo V Al Ti Nb/Cb Notes
Yeld p. N/mm2
Tensile N/mm2 Elong % Reduct %
Hardness ASTM
HB
Hardness NACE MR 01-03 or MR
01-75
Notch impact
A105-LF2/BFE nuova lega Riva marzo 2008 Forging / Bar
0,16 0,20
0,85 1,05 0,015 0,015
0,15 0,30 0,25 0,25 0,20 0,12 0,025 0,02
1 - 18 47 250 485655 22 30 137187 187 HBW
See note N53
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A105-LF2-1.0460 nuova lega Riva gennaio 2011 Forging / Bar 0,16 0,20
0,60 0,90 0,015 0,015
0,15 0,30 0,25 0,25 0,20 0,12 0,020
0,0200,035
0,0100,020 0,01
1 - 18 47-82 250 485540 25 30 137187 187 HBW
See note N53
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A105N A105-11a K03504 Forging 0,18 0,200,85 1,05 0,025
0,020 0,035
0,15 0,30 0,40 0,40 0,30 0,12 0,08 0,01
1 - 18 47 250 485655 22 30 137187 187 HBW
27J min-29C Normalizing at 843927 C Normalizing at 910 C
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
SA105N SA105 - 2011 K03504 Forging 0,18 0,220,85 1,05 0,025
0,020 0,035
0,15 0,30 0,40 0,40 0,30 0,12 0,08 0,01
1 - 18 47 250 485655 22 30 137187 187 HBW
27J min-29C Normalizing at 843927 C Normalizing at 910 C
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A105-UOP Forging for ALK 0,18See notes
85 0,0250,020 0,035
0,15 0,30
See notes 85
See notes 85
See notes 85
See notes 85 0,02 0,02 85 250 485655 22 30 137187 187 HBW
See note N53
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A105-GS8 Forging 0,25 0,85 1,05 0,020 0,0100,10 0,35 0,40 0,40 0,30 0,12 0,08 0,01
1 - 18 89-90 250 485655 22 30 137187 187 HBW
See note N53 Normalizing at 843927 C Normalizing at 910 C
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A105N DEGAS Forging 0,16 0,200,85 1,05 0,015 0,015
0,15 0,30 0,25 0,25 0,20 0,12 0,025 0,02
1 - 18 31-47 250 485655 22 30 137187 187 HBW
See note N53 Normalizing at 843927 C Normalizing at 910 C
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
A350- 12 0,60 0,020 0,15 1 18 14/18JLF1 1,35 0,035 0,30 47 -29C
A350 12 0,18 0,85 0,020 0,15 1 18 20/27J Quench in water at 930C Quench in water at 880C
Post Weld Heat Treatment Acc. To ASME B31.3 (for effective
temperature and time see spicific WPS-PQR)
Effective Heat Treatment temperature after forging
Heat treatmentaccording to ASTM
CARATTERISTICHE CHIMICHE, MECCANICHE E STATO DI FORNITURA DEI MATERIALI BFECHEMICAL, MECHANICAL CHARACTERISTICS AND SUPPLY STATUS OF THE BFE MATERIALS
MECHANICAL PROPERTIES (minimum)
0,02 205
B.F.E. CHEMICAL COMPOSITION (maximun)MATERIAL
T-500Rev. 29
22 HRC415585 25 38 1371870,025 0,40 0,40 0,30 0,12 0,08LF1 K03009 Forging 0,22
22 30 197 max 22 HRC If required or Thk > 20 mm 0,12 0,08 0,01 250 485655
Normalizing and Tempered at 590C min,
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
LF2 K03011 Forging 0,025 0,40 0,40 0,30
A350 12 0,18 0,85 0,020 0,15 1 18 20/27J Quench in water at 930C Quench in water at 880CLF2 CL 1 0,22 1,05 0,035 0,30 47 - 50C Tempered at 640670 C Tempering at 640CA350 12 0,18 0,85 0,020 0,15 1 18 20/27J Quench in water at 930CLF2 CL 1 0,22 1,05 0,035 0,30 47 - 50C Tempering at 580C
LF2N A350-12LF2 CL 1 K03011 Forging 0,180,220,851,05 0,025
0,020 0,035
0,150,30 0,40 0,40 0,30 0,12 0,08 0,01
1-18 47 250 485655 22 30 137187 22 HRC
30/40J -50C Normalizing at 843927 C Normalizing at 910 C
If required or Thk > 20 mm 593649C x 1hr min (+ 1 hr/in.)
A350-12 0,20 3,30 16/20J Quench in oil at 860C Quench in oil at 860CLF3 CL1 0,35 3,70 -101C Tempered at 640C 1Temp. at 670C 2Temp.at 17243 0,18 0,40 0,020 0,015 27J minC22.8 0,23 0,90 0,030 0,050 -29C
0,18 0,30 0,015 27J min0,23 0,90 0,050 -29C
DIN 17103 0,90 0,10 23L 27/19J Quench in water at 930C Quench in water at 930C1.0566 equal to 1.0565 1,35 0,50 21T -50C Tempered at 640C Tempered at 640C
1.0571P355QH1
EN10222-41.0571 Forging 0,20
0,901,65 0,025 0,015
0,100,50 0,20 0,30 0,30 0,08 0,10
0,020,06 0,05
8686A 315 470630
21L19T
27/20-50C
Quench in water at 860-940CTempered at 600-700 C
Quench in water at 860-940CTempered at 600-700 C
If required or Thk > 20 mm593649Cx1hr min(+1hr/in.)
0,18 0,50 27J miin0,23 1,20 -10C
EN 10149-2S420MCA694-08 0,15 Quench in water at 930C Quench in water at 930C
F42 0,35 Tempered at 640C Tempered at 640CA694-08 0,15 68/54J Quench in water at 930C Quench in water at 930C
F60 0,35 -50C Tempered at 640C Tempered at 640C0,15 0,70 0,15 0,400,25 1,00 0,25 0,60
WBL 377/3 0,10 0,80 0,25 0,50 1,00 0,25 0,015 0,015 430 580740 20 39J at 0C Normalizing at 880-960C min, Normalizing at 900C min,06.2010 0,17 1,20 0,50 0,80 1,30 0,50 0,050 0,03 48J at Tempered at 580-680C min, Tempered at 620C min,A29-12 0,28 0,40 0,15 0,80 0,15 acc, to 75K acc, to 75K acc, to 75K acc, to 75K 27J min Quench 840860C Quench 840860C4130 0,33 0,60 0,35 1,10 0,25 517 655 17 35 -46C Tempered 550670C Tempered 550670C
480620 16
415 20
0,12 1,60 > 0,015 0,090,025 0,015 0,501.0980S420MC Plate 420
225 HBW
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
593718C x 1hr min (+1 hr/in.)530620C x 1hr min (+ 1 hr/in.)704746C x 2hr min (+1 hr/in.)
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)If required or Thk > 20 mm
593649Cx1hr min(+1hr/in.)
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
F60 (acc.carbonio)
4130 G41300
K03014
1.6368
20MnMo351.5421 Forging 0,025 0,025
0,30 0,02
0,025 0,025 29069K03014 Forging 0,26 0,15
0,025 0,015DIN EN10222-2 nat. attach.
0,400,030
250
0,12
0,02
EN10213-2 Casting
0,025 0,025
0,30 0,30
0,40 240 410540 187 max.
Normalizing at 890950C240
0,03 0,010 25
25
187 max.
0,30
410540
0,03
82
Normalizing at 910 C
Normalizing at 910 C
Normalizing at 910 C
Normalizing at 890950C
Normalizing at 890950C
190240 HV10
22 HRC
Min. 197
22 HRC0,20
1.0619GP240GH
Forging
0,025
0,30
0,40
C22.8 Forging / Bar
0,600,020
F42
0,025 0,016
1,60
Forging 0,26 1,60
Forging
0,025 69 415 515 20
220,30 420
0,025
1.0566TstE 355
1.0460P250GH Forging / Bar
LF3
22 30 197 max 22 HRC If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)0,12 0,08 0,01 250 485655LF2 K03011 Forging 0,025 0,40 0,40 0,30
485655 22 35 197 max 22 HRC If required or Thk > 20 mm 593635Cx1hr min(+1hr/in.)0,03 0,02 18 260K32025 Forging 0,20 0,90 0,035 0,040 0,40 0,30 0,12
0,02 187 max.0,03 0,05 19-86-93 335 490630
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)30 137187 22 HRC
Forging 0,18 0,025 0,020 0,20 0,30
485655 220,30 0,12 0,08
If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)
LF2 60K K03011 Forging 0,025 0,40
0,30 0,08 0,10
0,40 0,01 414
4130 0,33 0,60 0,35 1,10 0,25 517 655 17 35 -46C Tempered 550670C Tempered 550670CA29-12 0,38 0,75 0,15 0,80 0,15 acc, to 75K acc, to 75K acc, to 75K acc, to 75K 27J min Quench 840860C Quench 840860C4140 0,43 1,00 0,35 1,10 0,25 517 655 17 35 -46C Tempered 550670C Tempered 550670C
A182-12a 0,60 0,15 0,44 27J min Normalizing at 900C min, Normalizing at 920C min,F1 0,90 0,35 0,65 -18C Tempered at 620C min, Tempering at 640C min.
1.5415 DIN EN 10222-216Mo3 Forging0,12 0,20
0,40 0,90 0,025 0,015 0,35 0,30 0,30 0,30
0,25 0,35 0,02 0,01 87 285 440570
23l 21t
L 50min T 34min
Austenitizing 890-960C Tempering 620-700 C 593718C x 1hr min (+1 hr/in.)
A182-12a 0,10 0,30 0,50 1,00 0,44 Normalized at 900C min Normalizing at 970CF11 Cl.2 0,20 0,80 1,00 1,50 0,65 Tempered at 620C min, Tempering at 680C
A739-90a (2012) 0,05 0,40 0,50 1,00 0,45 483 Normalized at 900C min Normalizing at 970CB11 0,20 0,65 0,80 1,50 0,65 655 Tempered at 620C min, Tempering at 680C
EN 10273 0,08 0,40 0,70 0,40 22L Normalized at 890950C Normalizing at 940C13CrMo4-5 0,18 1,00 1,15 0,60 20T Tempered at 630740C , Tempering at 740CA182-12a 0,10 0,30 0,80 0,44 Normalized at 900C min Normalizing at 970CF12 Cl.2 0,20 0,80 1,25 0,65 Tempered at 620C min, Tempering at 680CA182-12a 0,05 0,30 2,00 0,87 Normalized at 900C min Normalizing at 970CF22 Cl.3 0,15 0,60 2,50 1,13 Tempered at 675C min, Tempering at 680CA182-12a 0,30 2,00 0,87 Quench and Quench at 950C OILF22 Cl.3 0,60 2,50 1,13 Tempered at 710 C min. Tempering at 720C
EN10028-2 0,08 0,40 2,00 0,90 20L Normalized at 900960C min, Normalizing at 960C10CrMo910 0,14 0,80 2,50 1,10 22T Tempered at 650750C min, Tempering at 680CEN 10222-2 0,08 0,40 2,00 0,90 20L Normalized at 900980C min, Normalizing at 960C11CrMo910 0,15 0,80 2,50 1,10 20T Tempered at 670770C min, Tempering at 680CA182-12a 0,30 4,00 0,44 Normalizing at 955C min, Normalizing at 970C min.
F5 0,60 6,00 0,65 Tempered at 677C min, Tempered at 680C min.A182-12a 4,00 0,44 Normalizing at 955C min, Normalizing at 970C min.
F5a 6,00 0,65 Tempered at 677C min, Tempered at 680C min.0,10 0,30 4,00 0,45 Normalized at 9551000C Normalizing at 970C 0,15 0,60 6,00 0,65 Tempered at 700760C Tempering at 720C
A182-12a 0,30 0,50 8,00 0,90 Normalized at 955C min Normalizing at 970CF9 0,60 1,00 10,00 1,10 Tempered at 677C min, Tempering at 760C
450
390
27J min.-29C
235 HBW
235 HBW
27J min.-29C
27J min.-29C
704760C x 2hr min (+1 hr/in.)
593718C x 1hr min (+1 hr/in.)
704760C x 2hr min (+1 hr/in.)
704746C x 2hr min (+1 hr/in.)
704760C x 2hr min (+1 hr/in.)
704760C x 2hr min (+1 hr/in.)
700750C x 2hr min (+1 hr/in.)
310 18
704760C x 2hr min (+1 hr/in.)
0,030F9 K90941 0,030
X12CrMo5 / X16CrMo5-1
F5a K42544 Forging 0,25
0,0201.7362 / 1.7366
Forging 0,15
0,010,02
0,50
0,15 0,030 0,030
0,030 0,500,6
Bar 0,035
0,045
0,040
F5
102
275
620
485K41545 Forging
20F1 K12822 Forging 0,28 0,045 275 485
380 585
590740
102
225 HBW
45
235 HBW
30 143192
40
EN10028-2 / EN 10222-2
0,35
0,30
0,50
0,50 0,50
B11 K11797
20
Forging 0,30 0,300,40
0,040
0,005
27J min.-29C 225 HBW
187248 27J min.-29C
27J min.-29C
35
17 175220
20 179217
143217
22
27J min.-29C
1.7383 Forging 0,025 0,015
0,006
50
704746C x 2hr min (+1 hr/in.)Min. 197 225 HBW4140 ForgingG41400 0,035 0,040
1.7335 Forging 0,025 0,01 0,30
20 30 143207 225 HBW 27J min.-29C 704746C x 2hr min (+1 hr/in.)83 275 485F11 K11572 Forging 0,040 0,030
20 30 143207 600-700C x 2hr min (+1 hr/in.)102 275 485
600-700C x 2hr min (+1 hr/in.)
F12 K11564 Forging 0,040 0,040 0,10 0,3520 30
280 440590
83 310 515
L&T100/80 -36C
F22 K21590 Forging 0,040 0,040 0,508394
L & T 415535
L & T 586670 18 220 max0,20 0,20 0,010
27J min.-29C 700750C x 2hr min (+1 hr/in.)
156207 235 HBW 27J min.-29C
F22 Mod K21590 Forging 0,15 0,006
102 300 4806300,50 0,30 0,50
704760C x 2hr min (+1 hr/in.)
1.7380 Forging 0,020 0,010
102 310 520670 L:40-60J T:27-50 0,30 0,50
F9 0,60 1,00 10,00 1,10 Tempered at 677C min, Tempering at 760C0,30 0,25 8,00 0,900,60 1,00 10,00 1,10
A182-12a 0,08 0,30 0,20 8,00 0,85 0,18 Normalized at 10401080C Normalizing at 1040CF91 0,12 0,60 0,50 9,50 1,05 0,25 Tempered at 730800C Tempering at 780C
X10CrMoVNb9-1 0,08 0,30 0,20 8,00 0,85 0,18 0,06 630 Normalized at 10401090CEN 10222-2 / WB511/2 0,12 0,60 0,50 9,50 1,05 0,25 0,10 730 Tempered at 730C min,
A182-12a 0,07 0,30 8,50 0,30 0,15 0,04 Normalized at 10401080C Normalizing at 1040CF92 0,13 0,60 9,50 0,60 0,25 0,09 Tempered at 730800C Tempering at 780C
X10CrWMoVNb9-2 0,07 0,30 8,50 0,30 0,15 0,04 Normalized at 10401090C Normalizing at 1040CWB 552/2 12.2009 0,13 0,60 9,50 0,60 0,25 0,09 Tempered at 740780C Tempering at 760C
A182-12a 11,50F6a CL 1 13,50A182-12a 11,50F6a CL 2 13,50
F6 NM A182-12a F6NM S41500 Forging 0,050,50 1,00 0,030 0,030 0,60
3,5 5,5
11,5 14,0
0,50 1,00 620 790 15 45 max. 295 22 HRC Stabilize annealing 760C min.
Normilizing 1020C. + Tempering 600C + Tempering 732788C x 2hr min (+1 hr/in.)
AISI 410 cl.2 A479-12 11,50(steli) Type 410 CL 2 13,50
AISI 410 cl.2 A479-12 11,50Cond 2 Type 410 CL 2 13,50
AISI 410 cl.2 A479-12 11,50(madrev. Type 410 CL 2 13,50AISI 416 A582-12E1 12,00
(madrev. normali) S41600 14,00AISI 416 A582-12E1 12,00
(madrev. Tempr) S41600 14,00AISI 422 A565-10 0,20 0,50 0,50 11,00 0,90 0,20
(Condition HT) S42200 - Gr616 0,25 1,00 1,00 12,5 1,25 0,30A439-83 (2009) 1,80 1,00 21,00
1.4903
S41000 Bars
max. 269
45 max. 26915585
620850
620
740770C x 3hr min (+1 hr/in.)
Stabilize annealing 760C min.
248 HBW
248 HBW
704760C x 2hr min (+1 hr/in.)
732774C x 3hr min (+1 hr/in.)
740760C x 3hr min (+1 hr/in.)
704780C x 3hr min (+1 hr/in.)
732788C x 2hr min (+1 hr/in.)
68 min L&T. -29C
27J min.-29C
22 HRC
22 HRC
732788C x 2hr min (+1 hr/in.)
732788C x 2hr min (+1 hr/in.)
Condition 2 Quenched
Condition 1 Tempered at 675760C
Not Applicable
Not Applicable
732788C x 2hr min (+1 hr/in.)
732788C x 2hr min (+1 hr/in.)
1.7386 ForgingX12CrMo91
0,30
F91 K90901
380 585
Not Applicable
See note 96
1,00
1,00
S41600 Bars 0,15
0,15
0,060 0,15
0,030
0,030 1,00
0,15 0,035
35
15760
20100 269 max
0,010,02 415
Stabilize annealing 760C min,485 18 35 143207 22 HRC
0,060
0,025 0,025
0,15
1,00 1,00
1,00
0,040
Forging 0,40
0,40
0,40
0,50
Bars 0,15
0,01
0,02
Forging 0,005
0,035
0,020
0,010
1,000,030
27 min. -18C
40 19024820620
167229 Stabilize annealing 760C min,
350370
350370 See note 96
See note 98
45
Quench in air or oil and temper at 620C min for 2 h min
Stabilize annealing 760C min,
F92
Forging
45440
0,030
0,50
1,00
100
0,50
0,01
0,020
0,020 0,010
0,30
0,010
302352
27J min.-29C
-29C
4500,040
440
95
0,06 0,10 49
269 max
22 HRC
760
20
20
1,25
0,50
0,040
1,00
F6 (std. BFE)
S41000 0,040
S41000
Bars
1,00
0,15
0,15 0,040
0,030
1,00
1,25
S41000 Forging 0,15
S42200 Bars
Bars
275
965 30
18
585
104 760 13
S41600
See note 96585 15
230260
See note 96
760 45
0,021.4901 Forging 0,020
S41000 ForgingF6 0,15 1,00 0,040
K92460 0,50
45
27J min.-29C
248 HBW
A439-83 (2009) 1,80 1,00 21,00D-2C 2,40 3,00 24,00 Not ApplicableAnnealed2,90 1930,50D-2C F43002 0,08Bars 20 121171400
Data stampa 24/06/2014Ora 12:05Doc valido 24 ore da data stampa; dopo da considerarsi COPIA NON CONTROLLATA Date printed 24/06/2014Time 12:05 Document is valid for 24 hours from the date printed; afterwards it must be considered an UNVERIFIED COPY
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Pag. 2 di 5
BFE DESIGNATION ASTM /DIN UNS/Other Form C Mn P S Si Cu Ni Cr Mo V Al Ti Nb/Cb Notes
Yeld p. N/mm2
Tensile N/mm2 Elong % Reduct %
Hardness ASTM
HB
Hardness NACE MR 01-03 or MR
01-75
Notch impact
Post Weld Heat Treatment Acc. To ASME B31.3 (for effective
temperature and time see spicific WPS-PQR)
Effective Heat Treatment temperature after forging
Heat treatmentaccording to ASTM
CARATTERISTICHE CHIMICHE, MECCANICHE E STATO DI FORNITURA DEI MATERIALI BFECHEMICAL, MECHANICAL CHARACTERISTICS AND SUPPLY STATUS OF THE BFE MATERIALS
MECHANICAL PROPERTIES (minimum)B.F.E.
CHEMICAL COMPOSITION (maximun)MATERIAL
T-500Rev. 29
12,0014,0016,0018,00
0,10 0,15 15,5 0,200,17 0,35 17,5 0,60
1,25 15,02,50 17,0
17440 0,08 11,50 Normalized at 980C min,X10Cr13 0,15 13,50 Tempered at 760C min,A182-12a 8,00 18,00 27J min,
F304-F304L 11,00 20,00 -196CEN 10088-3 8,00 17,50 27J min,X5CrNi18-10 10,50 19,50 -196CEN 10088-3 8,00 17,50 27 J min,X2CrNi10-9 10,50 19,50 -196CA182-12a 0,04 8,00 18,00 27J min,
F304H 0,10 11,00 20,00 -196CA479-12 8,00 18,00 27J min,
304 304L 12,00 20,00 -196C
Not Applicable
Not Applicable
1,00
0,030
450
20 500700
1.4006 Forging / Bars 1,50 0,04
Bars
0,12 0,030 485
20 190 500700
0,20
205 515
1,50
0,030 1,00
1,00
1,00
0,040
20
450650250
0,060
0,040
>0,15
Annealed235 HBW
640840
20
230
192
Annealed
Annealed
277
200 max
515
BarsA479-12
A276-10Type 420
1,00A479-12Type 430 S43000 Bars
AISI 431 S43100
AISI 430
1,00S42000AISI 420 Bars
11
0,75
1.4104 X12CrMoS 17
0,070 1,00
1.4307 Forging 0,030 2,00
304L BARRA S30403 Bars 0,030 2,00
1,000,040
0,030 1,00
0,030
1.4301 Forging
F304H
0,045
0,0300,045 1,00
22 HRC Solubilized 1040C min
22 HRC Solubilized 1040C min
Not Applicable
45
Solubilized 1060C min Not Applicable
Not Applicable
Not ApplicableSolubilized 10001100C min215 max Solubilized 1060C min
1,00
0,030 1,00
2,00 0,045 0,030
241 Not Applicable
Solubilized 1040C min
20
50
50
30
275
20 205
45
515 30
F304L S30403 Forging 0,030 2,00 0,045
Solubilized 1060C min Not Applicable205
175 Not Applicable
S30409 Forging 2,00 0,045 0,030 1,00
45 215 max Solubilized 10001100C min Solubilized 1060C min
Not Applicable30 40304 304L 12,00 20,00 -196CA479-12 0,04 8,00 18,00 27J min,
304H 0,10 10,50 20,00 -196CA182-12a 9,00 17,00 5xC 27J min, Solubilized 1095C min Solubilized 1100C min
F321 12,00 19,00 0,70 -196C Stabilizing at 815870C Stabilizing at 870CA182-12a 0,04 9,00 17,00 4xC 27J min, Solubilized 1095C min Solubilized 1100C min
F321 F321H 0,08 12,00 19,00 0,70 -196C Stabilizing at 815870C Stabilizing at 870CA479-12 0,04 9,00 17,00 4x(C+N) 27J min, Solubilized 1095C min
321 321H 0,08 12,00 19,00 0,70 -196C Stabilizing at 815870CEN 10088-3 9,00 17,00 5xC 27J min,
X6CrNiTi1810 12,00 19,00 0,70 -196CA182-12a 0,04 9,00 17,00 27J min, Solubilized 1095C Solubilized 1100C
F347 F347H 0,08 13,00 20,00 -196C Stabilizing at 815870C Stabilizing at 870C347 H A479-12 0,04 9,00 17,00 27J min, Solubilized 1095CBARRA 347 347H 0,08 12,00 19,00 -196C Stabilizing at 815870C
17440 9,00 17,00 10C 27J min,X6CrNiNb1810 12,00 19,00 1,00 -196C
A276-10 12,00 22,00 27J min,S30900 15,00 24,00 -196C
A182-12a 0,04 19,00 24,00 27J min,F310H 0,10 22,00 26,00 -196C
A182-12a 21,00 24,00 2,00 27J min,F310 MoLn 23,00 26,00 3,00 -196CA182-12a S31603 10,00 16,00 2,00 27J min,
F316 F316L equal to 1.4404 X2CrNiMo17-12-2
14,00 18,00 3,00 -196CA182-12a S31603 10,00 16,00 2,00 27J min,
F316 F316L equal to 1.4404 X2CrNiMo17-12-2
14,00 18,00 3,00 -196C10,00 16,50 2,00 27J min,13,00 18,50 2,50 -196C
A182-12a 0,04 10,00 16,00 2,00 27J min,
F316-L 60KMax 80mm Forging 0,030 2,00 18 35 235 max1,00 Solubilized 1040C min Solubilized 1060C min Not Applicable0,0300,045
20 91 414 586
205 51520
205 515
215
304L BARRA S30403 Bars 0,030 2,00 0,030 1,000,045
Solubilized 1040C min
22 HRC Solubilized 1040C min
Solubilized 1060C min Not Applicable22 HRC Solubilized 1040C min
Not Applicable
Not Applicable
Solubilized 1040C min Not Applicable22 HRC
Not Applicable
304H BARRA S30409 Bars 2,00 0,045 0,030 1,00
20 91 205 515 35 50
30 40
30 40
1,00F316L Forging 0,030 2,00 0,045 0,030
91 200 500-7002,00 0,045 0,030 1,00
22 HRC Solubilized 1040C min Solubilized 1060C min Not Applicable
1.4404 EN 10088-3 equal to F316-L X2CrNiMo17-12-2 Forging 0,030
500,030 1,00
40 22 HRC Solubilized 1060C min Not Applicable
205 515 30F316H S31690 Forging 2,00 0,045
205 515 30 500,030 1,00
Solubilized 1060C min. Not Applicable
F310H S31009 Forging 2,00 0,045
76 255 540 25 400,015 0,40F310 MoLn S31050 Forging 0,030 2,00 0,030
310 620 30
Not ApplicableSolubilized 1040C
400,030 1,00309 S30900 Bars 0,20 2,00 0,045 Solubilized 1040C min Solubilized 1060C min Not Applicable
205
205 Not Applicable
F321 H S32109 Forging 2,00 0,045 0,030 1,00 30
515 30 50 22 HRC
22 HRC40
515 50
F321 S32100 Forging 0,08 2,00 0,045 0,030 1,00
35 205 515 301,00
40
22 HRC Not Applicable
Solubilized 10201100C Solubilized 1060C min
321 H BARRA S32109 Bars 2,00 0,045 0,03
0,030 1,00
30 22 HRC Not Applicable
1.4541 Forging 0,08 2,00 0,045
22 205 515
30S34709 Bars 2,00 0,045
0,030 1,00
515 30 40
50F347 H S34709 Forging 2,00 0,045
200 500730
2050,030 1,00
205 Solubilized 1060C min Not Applicable510740 40 Solubilized 10201100C1,00
22 HRC Not Applicable
1.4550 Forging 0,08 2,00 0,045 0,015
A182-12a 0,04 10,00 16,00 2,00 27J min,F316H 0,10 14,00 18,00 3,00 -196C
A479-12 10,00 16,00 2,00 27J min,316 316L 14,00 18,00 3,00 -196C
A479-12 0,04 10,00 16,00 2,00 27J min,316H 0,10 14,00 18,00 3,00 -196C
A182-12a 13,00 17,00 1,90 27J min,F316 Mod 15,00 18,50 2,60 -196C
1.4571 EN 10222-5 10,50 16,50 2,00 5xC 27J min,(F316Ti) X6CrNiMoTi17122 13,50 18,50 2,50 0,70 -196C
DIN EN 10088-1/3 10,50 16,50 2,00 27J min,X6CrNiMoNb17-12- 13,50 18,50 2,50 -196C
A182-12a 10,00 16,00 2,50 27J min,F316-L Mo2,5 15,00 18,00 3,00 -196CEN 10088-3 10,5 16,5 2,50 27J min
X2CrNiMo17-12-3 13,0 18,5 3,00 -196CDIN EN 10088-1/3 12,5 17,0 2,50 27J minX2CrNiMo 18-14-3 15,0 19,0 3,00 -196C
EN10213:2007 9,00 18,00 2,00 60J minGX5CrNiMo 19-11-2 12,00 20,00 2,50 -196C
A182-12a 11,00 18,00 3,00 27J min,F317 - F317L 15,00 20,00 4,00 -196C
A479-12 11,00 18,00 3,00 27J min,317 317L 15,00 20,00 4,00 -196C
17440 11,00 18,00 3,00 27J min,X2CrNiMo 18 16 4 15,00 20,00 4,00 -196C
4,50 22,00 3,00 12 35/45 J6,50 23,00 3,50 51 -50C
A182-12a 4,50 22,00 3,00 12 35/45 JF51/F60 6,50 23,00 3,50 51 -50C
4,50 21,00 2,50 12 45/35
35 215
1,00
200
20
2,00
1,50
0,020
205
Solubilized 10201120C min
Solution Annealing 1020 1120C40 215
(10xC) 1,00
1,00
22 HRC
22 HRC
655
0,030 2,00
0,030 1,000,030
50515
450 655
2,00
ForgingS31803 / S32205
0,045
F51/F60 0,030
F51/F60
510710
510740
210
200
Solubilized 10401080C min
A479-12 S31803 / S32205 Bars 1,00
0,045
25 Solubilized 1020C min Solubilized 1060C min
Solubilized 1100C
Solubilized 1020C min,
Solubilized 1060C min
Solubilized 1040C min Solubilized 1060C min
28 HRC
Not Applicable
Not Applicable
Solubilized 1040C min
45
290 max
28 HRC
Not Applicable
Solubilized 1040C
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable25
0,0202,00
235
440640
Solution Annealing 1020 1120C
Solution Annealing 10801150C
Solubilized 1040C
30
30
450
215500700
22 HRC Solubilized 1040C min Solubilized 1060C min Not Applicable500,030 1,00 205 515 30F316H S31690 Forging 2,00 0,045
0,030 1,00 20 205 515 35 60 22 HRC Not Applicable
316H BARRA S31609 Bars 2,00 0,045 1,00
1,00
316L BARRA S31603 Bars 0,030 2,00 0,045
0,015 6465 190 30
22 HRC Solubilized 1040C min515 30 40205
500,010
45
0,030
0,030
F 316-L U.G. Forging 0,020 2,00
Forging 0,080
Solubilized 1060C min
0,030 Solubilized 1060C min50
1,00
515
0,080
Not Applicable
Solubilized 1040C min Not Applicable35
0,045 0,0302,00
Solubilized 1040C min
22 HRC
485
40
1.4432 Forging 0,030 1,00 500700
2,00
Forging
Forging/Bars
0,030 0,03 1,00 20
0,030 2,00 0,045 20 91
205
1.4580 (F316 Cb) 0,045 0,015
F316L Mo2,5
1,50 0,500,040 0,03Forging/Bars
Forging/Bars
0,07
0,045 0,030 1,00
Not Applicable
210
1.4435
F317L S31703 Forging 0,030 2,00
1.4408
205 515 30 50 Solubilized 1040C min
Not Applicable
317L BARRA S31703 Bars 0,08 2,00 0,045 0,030 1,00
Solubilized 1040C min Not Applicable195 490690 350,030 1,001.4438 Forging 0,030 2,00 0,045
4,50 21,00 2,50 12 45/356,50 23,00 3,50 51 -50C
A182-12a 6,00 24,00 3,00 37 45/35F53 8,00 26,00 5,00 48 -50C
A182-12a F55 0,50 6,00 24,00 3,00 25 45/35ZERON 100 1,00 8,00 26,00 4,00 48 -50CEN 10222-5 6,00 24,00 3,00 L200J-
X2CrNiMoN25-7-4 8,00 26,00 4,50 +20CA182-12a 0,50 17,50 19,50 6,00 13 27J min,
F44 1,00 18,50 20,50 6,50 32- 48 -50C0,50 17,50 19,50 6,00 131,00 18,50 20,50 6,50 32
23,50 20,00 6,00 27J min,25,50 22,00 7,00 -50C23,50 20,00 6,0025,50 22,00 7,0023,0 19,0 4,0 27J min, 28,0 23,0 5,0 -50C
1.4539 24,00 19,00 4,00Sew 400 26,00 21,00 5,00
Sanicro 28 0,60 30,00 26,00 3,00Alloy 28 1,40 34,00 28,00 4,00
CRONIFER 0,80 24,00 19,00 6,00 24WP1925 1,50 26,00 21,00 7,00 33
0,80 24,00 19,00 6,00 241,50 26,00 21,00 7,00 33
0,50 24,00 19,00 6,001,50 26,00 21,00 7,00
28,00 63,00 334,00 min 7
295N08926 Bars 0,010 0,500,030
35 HRC50
28A
25 45
1,00
0,040
Forging
N08926 BARRA B649-06 (2011) 650
Solubilized 1025C min32 HRC
0,010
0,80
1,00
0,030 0,030
0,045 0,0301,00
0,030 1,00
F53 S32750
1.4410
F55 0,030
0,020
S32760
Forging 0,030
35
35 HRC
241
44
655 35
310 5030
30
Solubilized 1150C min.50
Annelaed
Solubilized 1105C min.
Solubilized 1180C
40 85/55T
40
35 HRC
655
35
540740
0,030
1,202,00
0,035
0,030
0,030
1,00
0,70
0,020
1,00
2,00
0,030
2,00
0,50
2,50
0,030
2,00 0,040 0,030 1,00
N08925 BARRA
Monel 400 B564-11 N04400 Forging 0,502,00 0,024
0,020 1,00 0,045 0,030 0,50 300 40
0,75
500
43
69 214
255
300 600 40
600
0,020 0,010 305
0,75
F904L
Bars
Forging 0,020
0,020F44
0,030
F62 A 182-12a F62 N08367
F44
SEW 400 0,030 0,010
A479-12 S31254 Bars
290 max
310 max
2,00
0,80
500
0,040 0,030
650
0,50
1,00
800
N 0,20 0,35
300S31254 Forging 0,010
Forging / Bars 1,000,030
1,20
0,030
Forging
Forging
550
270 max6508804500,035
750895550
1.4462 X2CrNiMoN22-5-3
35483
490
Solubilized 1180C
Solubilized 1150C min.
35 HRC
Solubilized 1180C min.
Solubilized 1105C min.
Solubilized 1180C
Solubilized 10501150C
Crystall Annealing 950CCrystall Annealing 950C
B649-06 (2011) N08925
B649-06 (2011) N08925
25
0,80
N08904
B668-05 (2010) N08028
Solubilized 1180C
172
1,00 2,00
Solubilized 10401120C
Solubilized 1100C min
Solubilized 1040C min,
Solubilized 11001140C32 HRC Not Applicable
Solubilized 1100C min
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Solubilized 1060C min
Solubilized 1060C min
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
0,30
F62 A479-12F62
Forging
Pipe
N08367
A182-12a F904L Forging
0,020
2,00
Bars
2,00
25
0,035 0,015 1,00
20
30
1,00
2,00 0,015
44
35
655310
0,020
Solubilized 10801140C
215
258001000
34,00 min 728,00 63,00 334,00 min 7
Monel 400 HH 28,00 63,00 3Half Hard 34,00 min 7B564-11 195222Bars 0,50 see note 9925
35 HRC
2,000,30
483
550300
172 350,15 Crystall Annealing 950C
Not Applicable
Not Applicable2.4360 DIN 17743 Forging 0,50
N04400
2,00 0,02 0,50 0,3 Crystall Annealing 950C
0,024Data stampa 24/06/2014Ora 12:05Doc valido 24 ore da data stampa; dopo da considerarsi COPIA NON CONTROLLATA Date printed 24/06/2014Time 12:05 Document is valid for 24 hours from the date printed; afterwards it must be considered an UNVERIFIED COPY
-
Pag. 3 di 5
BFE DESIGNATION ASTM /DIN UNS/Other Form C Mn P S Si Cu Ni Cr Mo V Al Ti Nb/Cb Notes
Yeld p. N/mm2
Tensile N/mm2 Elong % Reduct %
Hardness ASTM
HB
Hardness NACE MR 01-03 or MR
01-75
Notch impact
Post Weld Heat Treatment Acc. To ASME B31.3 (for effective
temperature and time see spicific WPS-PQR)
Effective Heat Treatment temperature after forging
Heat treatmentaccording to ASTM
CARATTERISTICHE CHIMICHE, MECCANICHE E STATO DI FORNITURA DEI MATERIALI BFECHEMICAL, MECHANICAL CHARACTERISTICS AND SUPPLY STATUS OF THE BFE MATERIALS
MECHANICAL PROPERTIES (minimum)B.F.E.
CHEMICAL COMPOSITION (maximun)MATERIAL
T-500Rev. 29
MONEL B865-04 (2010) 27,00 63,00 2,30 0,35 4K500 NiCu30Al 33,00 min 3,15 0,85 5
72,00 14,00 27J min,min 17,00 -46C
Inconel 600 72,00 14,00BARRA min 17,00
58,00 21,00 1,0063,00 25,00 1,70 Not ApplicableInconel 601 B166-11 N06601 Bars 0,10 1,00
N05500
0,500,015
Forging
1,00
1,500,18 Solubilized at 1050C200 550 30 35 HRC0,010 0,50
8
240
205 550 30
241 Crystall Annealing 970C
Solubilized at 1060C
Not ApplicableCrystall Annealing 970C550 30 35 HRC
Crystall Annealing 700800C
Not Applicable
0,015 552 30 Not Applicable35 HRC Crystall Annealing 970C0,50 0,50Inconel 6002.4816 B564-11 N06600 Forging 0,15 1,00
80,015 0,50 0,50B166-11 N06600 Bars 0,15 1,00
63,00 25,00 1,7058,00 20,00 8,00 26 27J min,min 23,00 10,00 27 -46C
Inconel 625 58,00 20,00 8,00 26-27BARRA min 23,00 10,00 34
Alloy 718 50,00 17,00 2,80 0,40 0,80API 6A 55,00 21,00 3,30 0,60 1,15
50,0 17,00 2,80 0,20 0,65 1055,0 21,00 3,30 0,80 1,15 55D
30,00 19,00 0,15 0,1535,00 23,00 0,60 0,60
Incoloy 800 30,00 19,00 0,15 0,15BARRA 35,00 23,00 0,60 0,60
0,05 30,00 19,00 0,15 0,150,10 35,00 23,00 0,60 0,60
Incoloy 800H 0,05 30,00 19,00 0,15 0,15BARRA 0,10 35,00 23,00 0,60 0,60
0,06 30,00 19,00 0,15 0,15 90,10 35,00 23,00 0,60 0,60 28
Incoloy 800HT 0,06 30,00 19,00 0,15 0,15 9BARRA 0,10 35,00 23,00 0,60 0,60 28
1,50 38,00 19,50 2,50 0,603,00 46,00 23,50 3,50 1,20
Incoloy 825 1,50 38,00 19,50 2,50 0,60BARRA 3,00 46,00 23,50 3,50 1,2017-4-PH 3,00 3,00 15,00
Type 630 cond. H1150 5,00 5,00 17,5017-4-PH 3,00 3,00 15,00 24-33 HRC
Type 630 cond. H1150D 5,00 5,00 17,50 29 HRC Tiranteria3,00 32,00 19,00 2,00
Not ApplicableInconel 601 B166-11 N06601 Bars 0,10 1,00 0,500,015
0,035
35 HRC30
28 HRC min
35 HRC Solubilized 1180C
35 HRC
1,00
0,75
0,04
0,0452,00Alloy 20 e1 N08020 Forging
1,00
0,07 15
0,03
32 HRC241
50
551
A564-10 S17400
N08825 Bars 0,05 1,00
1,000,03
586
930
0,20
50
241
35 HRC
Crystall Annealing 950C
A564-10 S17400 Bars 0,07 1,00
B408-06 (R2011) N08811 Bars 1,50
B425-11
1,00
72514 103
1700,015 1,00 0,75
1,00
Solubilized 11501200C
11 241 586 30
0,75
11
0,20Incoloy 825 B564-11 N08825 Forging 0,05
N08810 Bars 1,50 0,015 1,00
Solubilized 1180C
Solubilized 1180C
30
172 448 30Incoloy 800HT B564-11 N08811 Forging 1,50
B408-06 (R2011)
305179 2070,10
Incoloy 800H B564-11 N08810 Forging 1,50
N08800
9
0,015 1,00
9
0,10 1,50
170 450 30
16
30
16
30
30
172 448
515
205 550 30
Solubilized 11501200C
50
450
860
Solubilized at 1180C
Solubilized 1180C
Crystall Annealing 950C
Solubilized at 1180C
-196C
Solubilized 1180C
Hardening 620C x 4hr Air cool
Solubilized at 1180C
See note 107
0,04
Solubilized at 1180C
Crystall Annealing 950C
9 205
35 32-40 HRC
12
20
Not Applicable
Not Applicable
Not Applicable
Solubilized at 1180C Not Applicable
35 HRC Crystall Annealing 871C Not Applicable
35 HRC Solubilized 1180C
Crystall Annealing 700800C
Not Applicable
Not Applicable
0,015 1,00 0,75
1,00
0,030 0,50
0,030
0,015 1,00
0,50
0,75Incoloy 800
Bars (NACE)
20 ed. 2010
1,50
0,08
B564-11
14 101 725
Not Applicable
Not Applicable
Not Applicable
24-33 HRC Hardening 620C x 4hr Air cool + Hardening 620C x 4hr Air
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Forging
0,015
0,07
B408-06 (R2011) N08800
1,00 0,75
Bars
Inconel 625 B564-11 N06625 Forging 0,10 0,50
0,40
0,40
414 827
0,015 0,015 0,50 827414
B446-03 (R2008)e1 N06625 Bars 0,10 0,50
300,40
0,015 0,015 0,50
0,35 0,350,015 0,015 0,30Inconel 718 B637-12e1 N07718 Bars
54 55 827 - 1000N07718 Bars 0,045 0,35 0,010 0,010 0,35 0,23 1034
15 331 min
30
35 HRC -60C 68J / 61J12751034
0,40
See note 97
3,00 32,00 19,00 2,004,00 38,00 21,00 3,00
Alloy 20 3,00 32,00 19,00 2,00BARRA 4,00 38,00 21,00 3,00Alloy 20 3,00 32,00 19,00 2,00
BILLETTE 4,00 38,00 21,00 3,00Titanium
F2Titanium 3,50 5,50
GR.5 BARRA 4,50 6,75Titanium
GR.2 BARRARemain 26,00 0,20
der 30,00 0,40Remain 26,00
der 30,00Hastelloy Remain 14,50 15,00
C276 der 16,50 17,00Hastelloy Remain 14,50 15,00
C der 16,50 17,00Hastelloy C22 Remain 20,00 12,50
WPHC22 der 22,50 14,50Hastelloy C4 Remain 14,00 14,00
WPHC4 der 18,00 17,00B148-97(R2009) Casting 86 8,5
C95200 Bars min 9,5B148-97(R2009) 83,00 10,0 Quench at 890C min, Quench in water at 890C min
C95400 min 11,50 and Tempered at 640C min Tempering at 640C minB148-97(R2009) 78,00 10,00 Quench at 920C min, Quench at 920C min,
C95500 min 11,50 and Tempered at 540C min and Tempered at 540C minB150-12 1,20 4,00 8,70 28C Quench at 850C min,
46 275 6203,50
0,015
0,05
N06455
C95200 - 9A C95200
C95500 - 9D
450
7172719280
170 20
1,00
0,040
0,0452,00
205
0,035
See note n52
84
C95500
40
30
Solubilized 1220C
100 HRBS
25
40
30
32 HRC
32 HRC
35 HRC
Solubilized 1220C
Solubilized 1100C
Stabilize annealing 660C min
Hot worked
0,35
0,030
0,0452,00
110
150515
1906See note n28B
B366-10a
N06022B366-10a 0,020,02
C95400 - 9C C95400 0,50
Bars
46
Remainder
0,040 0,030
Remainder
Remainder
0,7 max
1,00
0,045
1,00
2,00
0,040
0,08
0,08
20345
551241
828 10
30 50
40
275
350
41
20
690
690
760
315
345
30
275 30
40
42 895
1569
36
36
283
1,00 39
690276
310 655
0,35
0,030 1,00
0,08
1,00
SAE HS-1086 N10002 0,030 1,00 0,35
B574-10 N10276 Bars 0,01 0,040
Bars 0,08 1,00 0,040
0,0301,00
Hastelloy B2 B335-03 (2013) N10665 Bars 0,10
B348-11 R50400 Bars 0,08
Hastelloy B
R56400 Bars 0,08
0,02
B335-03 (2013) N10001 Bars
B472-10 N08020 Billet 0,07
B473-07 N08020 Bars 0,07
B348-11
1569
0,035
0,035 1,00
B381-10e1 R50400 Forging 0,08
Alloy 20 B462-10e1 N08020 Forging 0,07 1569 32 HRC241 5511,00 30 50 Crystall Annealing 950C
Solubilized 1220C
-196C27J min
Solubilized 1100C
Solubilized 1220C
Crystall Annealing 950C
12
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Bars 0,015 1,00
0,50 Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Stabilize annealing 660C min
Not Applicable
Stabilize annealing 660C min
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Stabilize annealing 660C min
Crystall Annealing 950C
Not Applicable
Casting
CastingB150-12 1,20 4,00 8,70 28C Quench at 850C min,C63200 2,00 4,80 9,50 55C and Tempered at 700C min
B148-97 (R2009) 0,80 79,00 8,50 Quench at 890C min, Quench in water at 890C minC95800 1,50 min 9,50 and Tempered at 640C min Tempering at 640C min
86,0090,0084,0086,00
A453-12 24,00 13,50 1,00 0,10 1,90Gr. 660 Class A 27,00 16,00 1,50 0,50 2,35
A638-10 24,00 13,50 1,00 0,10 1,90Gr. 660 Type 1 27,00 16,00 1,50 0,50 2,35
AWS 5.21 HF overlay 26,0ER Co Cr A 38 45 HRC 32,0AWS 5.21 HF overlay 1,20 26,00
ER Co Cr B 3447 HRC 1,70 32,00AWS 5.21 HF overlay 0,15 1,50 25,00 4,50
ER Co Cr E 2035 HRC 0,45 4,00 30,00 7,00 XM-19 A479-12 4,00 11,50 20,50 1,50
Nitronic 50 XM-19 6,00 13,50 23,50 3,00Plate 1,00Sheet 1,50 Not ApplicableNot Applicable106
B61 B61-08
0,05
Stellite Gr21
Stellite Gr12
S20910
R30012
C83600
Gr. 660
B62 B62-09 0,08
Alloy 3005 B209-10 A93005
205Bars
R30021
C92200
0,10
95
Not applicable - Material for nameplate
380
Stellite Gr6 R30006
S66286
0,005
0,60
0,10
0,35
0,10
0,100,30
0,91,4 1,00
Gr. 660 S66286 15 18
38 45 HRC
15
0,100,30
58
1,00 74
Remainder
2,00
2,00
3,00 1,00
1,50
44/32J-196C + LE Acc, To Table 4 ASTM A45370Bolting 0,08 2,00 0,04 0,03
235
585 895
0,005
110
585 895
0,005
Bars 0,06 0,045 0,030 293 max690 5535
15
Solution Annealing 1040C min
61
56
240 585
24
1,00
1051,00
248341
0,10 See note n671,00
66-67-68
0,0050,05Bars 0,05
C95800 C95800 Casting
Solution Annealing 1080C
20
50
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
248 Acc, To Table 3 ASTM A638
Rem.
18700,03 1,00 0,35 15
0,30
1,00
C63200 C63200 Bars
1,50
3,00 1,00
0,08 2,00 0,04
620275
Bars
Data stampa 24/06/2014Ora 12:05Doc valido 24 ore da data stampa; dopo da considerarsi COPIA NON CONTROLLATA Date printed 24/06/2014Time 12:05 Document is valid for 24 hours from the date printed; afterwards it must be considered an UNVERIFIED COPY
-
Pag. 4 di 5
BFE DESIGNATION ASTM /DIN UNS/Other Form C Mn P S Si Cu Ni Cr Mo V Al Ti Nb/Cb Notes
Yeld p. N/mm2
Tensile N/mm2 Elong % Reduct %
Hardness ASTM
HB
Hardness NACE MR 01-03 or MR
01-75
Notch impact
Post Weld Heat Treatment Acc. To ASME B31.3 (for effective
temperature and time see spicific WPS-PQR)
Effective Heat Treatment temperature after forging
Heat treatmentaccording to ASTM
CARATTERISTICHE CHIMICHE, MECCANICHE E STATO DI FORNITURA DEI MATERIALI BFECHEMICAL, MECHANICAL CHARACTERISTICS AND SUPPLY STATUS OF THE BFE MATERIALS
MECHANICAL PROPERTIES (minimum)B.F.E.
CHEMICAL COMPOSITION (maximun)MATERIAL
T-500Rev. 29
A106-11 0,29 0,10Gr. B (Std. BFE) 1,06 min
A106-11 0,29 0,10 1Gr. C 1,06 min 47
A333/A333M-11 0,29 20/27Grade 6 1,06 - 50C
A335/A335M-11 0,10 0,30 0,10 0,44 Normalized at 955C min Normalized at 955C min30 27 min. 593718C x 1hr min (+1 hr/in.)205
Hot finish0,40 0,15 0,08 2750,40
0,025 0,025 380
Hot finish If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)If required or Thk > 20 mm
593649Cx1hr min(+1hr/in.)485 20
0,40 147 190 HBWA106 Gr. B K03006 Pipe 0,22 240 415 22
22
0,40
0,025
A106 Gr. C Pipe 0,35
GR.6 K03006
P1
47 4150,025
0,035
0,30 240 If required or Thk > 20 mm 593649Cx1hr min(+1hr/in.)Normalizing at 845945 C22 HRCPipe
0,035 0,40 0,15 0,08
0,035 0,035 0,40
Normalizing at 845945 C0,10 min
K11522 PipeA335/A335M-11 0,10 0,30 0,10 0,44 Normalized at 955C min Normalized at 955C minP1 0,20 0,80 0,50 0,65 Tempered at 650C min, Tempered at 650C min,A335/A335M-11 0,05 0,30 0,50 1,00 0,44 Normalized at 955C min Normalized at 955C min
P11 0,15 0,60 1,00 1,50 0,65 Tempered at 650C min, Tempered at 650C min,A335/A335M-11 0,05 0,30 1,90 0,87 Normalizing at 955C min, Normalizing at 970C min.
P22 0,15 0,60 2,60 1,13 Tempered at 675C min, Tempered at 680C min.A335/A335M-11 0,30 4,00 0,45 Normalizing at 955C min, Normalizing at 970C min.
P5 0,60 6,00 0,65 Tempered at 675C min, Tempered at 680C min.A335/A335M-11 0,30 0,25 8,00 0,90 Normalizing at 955C min, Normalizing at 970C min.
P9 0,60 1,00 10,00 1,10 Tempered at 675C min, Tempered at 680C min.A335/A335M-11 0,08 0,30 0,20 8,00 0,85 0,18 0,06 Normalized at 10401080C Normalizing at 1040C
P91 0,12 0,60 0,50 9,50 1,05 0,25 0,10 Tempered at 730800C Tempering at 780CA312/A312M-13b 8,0 18,0 27J min,
TP904 11,0 20,0 -196CA312/A312M-13b 0,04 8,0 18,0 27J min,
TP304H 0,10 11,0 20,0 -196CA312/A312M-13b 8,0 18,0 27J min,
TP304L 13,0 20,0 -196CA312/A312M-13b 11,0 16,0 2,00 27J min,
TP316 14,0 18,0 3,00 -196CA312/A312M-13b 0,04 11,0 16,0 2,00 27J min,
TP316H 0,10 14,0 18,0 3,00 -196CA312/A312M-13b 10,0 16,0 2,00 27J min,
TP316L 14,0 18,0 3,00 -196CA312/A312M-13b 11,0 18,0 3,00 27J min,
TP317 14,0 20,0 4,00 -196CA312/A312M-13b 9,0 17,0 5xC 27J min,
TP321 12,0 19,0 0,70 -196CA312/A312M-13b 9,0 17,0 10C 27J min,
TP347 13,0 19,0 1,00 -196CA216-12 27/20
WCB -29C0,045 0,60Casting
Similar to A105 0,30 0,30 0,50 0,50 0,20 0,031
77250 22 35 187 HBW Normalized 920C min,
205
205
205
515205
515
0,08
0,08 2,00
WCB J03002
0,045 0,030 1,00
30
30
30
515205
205 415
27 min. -29C
27 min. -29C
27 min. -29C
27 min. -29C
1,00 0,040
Solubilized 1040C min Solubilized 1040C min35
35
485170
205 515
27 min. -29C
485655
205
Solubilized 1040C min
Solubilized 1040C minIf required or Thk > 20 mm
593649C x 1hr min (+ 1 hr/in.)
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
515
35
35
35
35
35
35
35
485
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
Solubilized 1040C min
0,08 2,00 0,045 0,030 1,00
2,00 0,045 0,030 1,00
0,035 2,00 0,045 0,030 1,00
0,08 2,00 0,045 0,030 1,00
415
2,00 0,045 0,030 1,00 20
170
2,00 0,045
704760C x 2hr min (+1 hr/in.)
593718C x 1hr min (+1 hr/in.)
0,08 2,00 0,045 0,030 1,00 515
205
704760C x 3hr min (+1 hr/in.)0,020 0,010 0,40 0,02704760C x 2hr min (+1 hr/in.)
415 585 20
205
1,00
0,035 2,00 0,045 0,030 1,00
415
0,025 0,025
0,025 0,025 0,50
0,025 0,500,025
380
205
0,01 49
515
K41545
P1
P5
0,030
30
30415
205
704746C x 2hr min (+1 hr/in.)
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Pipe 0,15 27 min. -29C 704760C x 2hr min (+1 hr/in.)
Pipe
S30403
Pipe
Pipe
Pipe
TP304
TP304H
Pipe 0,025 0,025
P91
P22
P9
TP347
K21590
S34700
S31700
S32100
Pipe
S50400
K91560
S30400
S30409
K11522
K11597
Pipe
TP316L
S31609
Pipe
TP317
TP321
TP316H
Pipe
TP316
TP304L
P11
Pipe
0,025 0,025
Pipe
Not Applicable
Not Applicable
Not Applicable
S31600
S31603
0,15
Pipe
Pipe
Pipe
WCB -29CA352-06 (2012) 16/20 Normalized and Tempered at
LCB -46C 590C min,A352-06 (2012) 16/20 Normalized and Tempered at
LCC -46C 590C min,A217-12 0,05 0,50 1,00 0,45 27/20 Normalized and Tempered at
WC6 0,20 0,80 1,50 0,65 -29C 595C min,A217-12 0,05 0,40 2,00 0,90 27/20 Normalized and Tempered at
WC9 0,18 0,70 2,75 1,20 -29C 675C min,A757-10 0,40 2,00 0,90 27/20 Quench, Quench in water at 930C
D1Q2 0,80 2,75 1,20 -29C and Tempered at 595C min Tempering at 680CA217-12 Casting 0,40 4,00 0,45 78 27/20 Normalized and Tempered at
C5 Similar to F5 0,70 6,50 0,65 88 -29C 675C min,A217-12 Casting 0,35 8,00 0,90 78 Normalized and Tempered at
C12 Similar to F9 0,65 10,00 1,20 88 675C min,A217-12 Casting 0,08 0,30 0,20 8,00 0,85 0,18 0,060 Normalized at 10401080C
C12A Similar to F91 0,12 0,60 0,50 9,50 1,05 0,25 0,10 Tempered at 730800CRemain 14,0 27J min,
der 17,00 -46CRemain 26,00 0,20 45/35
der 30,00 0,60 -46CRemain 15,50 16,00 0,20 27J min,
der 17,50 18,00 0,40 -46CA351-12b 8,00 17,00 27J min,
CF3 12,00 21,00 -196CA351-12b 8,00 18,00 27J min,
CF8 11,00 21,00 -196CA351-12b 9,00 18,00 2,00 27J min,
CF8M 12,00 21,00 3,00 -196CA351-12b 9,00 17,00 2,00 27J min,
350,045 0,60 0,30 0,50 0,50 0,20
35 If required or Thk > 20 mm 593649C x 1hr min (+ 1 hr/in.)22485655
485655
0,03 1 240 450620 24
0,60 0,50
7888 275 20 35 704746C x 2hr min (+1 hr/in.)
2750,040 0,045 0,60 0,30 0,50 10,50
0,50
0,20 0,03LCC J02505 CastingSimilar to LF2 0,25 1,20
WC6 J12072 CastingSimilar to F11 0,040 0,045 0,60
0,040Similar to A105 77
LCB J03003 CastingSimilar to LF2 0,30 1,00
620795
415 585760
0,03
45
18 35
704760C x 3hr min (+1 hr/in.)
704760C x 2hr min (+1 hr/in.)27 min. -29C
27 min. -29C
593649C x 1hr min (+ 1 hr/in.)If required or Thk > 20 mm
593649C x 1hr min (+ 1 hr/in.)
J82090
J84090
0,20 0,035 0,035 1,00 0,50
0,025 0,010 0,40 0,02
0,060,50
Quench at 1040C min,
6263
30 Solubilized at 1040C min,
1849
CastingSimilar to F316
CF-3M J92800
CF-8M J92900
0,12CW-12MW A494-12
WC9 J21890
1,00
704760C x 2hr min (+1 hr/in.)
1,000,030,040
415
7888
60
0,01
35275
18 35
485655 20
0,040
0,50
0,040 0,03 1,00
1,500,040
0,040
1,50
Casting 0,03
0,08
CastingSim.to Hast C276N30002
1,50
0,50
D1-Q2 J22092 CastingSimilar to F22 0,20 0,025
3,00
0,50
0,04 0,045 0,75
0,40
CastingSimilar to F22
C12
C12A
0,025
0,20
0,030 0,03
0,040 0,045
7588 515 6558600,50 0,03
0,040
35
35
1,00 275 525
Not Applicable
Not Applicable
704760C x 2hr min (+1 hr/in.)
Not Applicable
704760C x 2hr min (+1 hr/in.)
Not Applicable
Solubilized 1220C
Quench at 1095C min,
275 4
30
6
495
485205
Solubilized at 1040C min,
Solubilized 1175C min,
Solubilized at 1040C min,1,50
2,00 0,50
1,50 205
Not ApplicableN-12MV CastingSimilar to HastB 0,12 1,00
C5 J82090
CY-40 A494-12 N06040 CastingSimilar to Inc600
A494-12 N30012
J92700
J92600
CastingSimilar to F304L
CF8
Not Applicable
Not Applicable240 530
Solubilized at 1040C min,485205CF3
0,08 1,50 2,000,040
0,040 0,040
0,60
0,040
0,500,50
CastingSimilar to F304H
0,03 1,50
485
620795415 18 35
59 195 485 30
A351-12b 9,00 17,00 2,00 27J min,CF3M 13,00 21,00 3,00 -196C
A351-12b 9,00 18,00 8 x C 27J min,CF8C 12,00 21,00 1,00 -196C
Remain 30,00 27J min,der 33,00 -46C
Remain 20,00 8,00 27J min,der 23,00 10,00 -46C
Remain 15,00 15,00 5 27J min,der 17,50 17,50 79 -46C
11,50 620 27/2014,00 795 -29C
0,50 17,50 19,50 6,00 55A 27J min,1,00 19,50 20,50 7,00 -46C
4,50 21,00 2,50 55B 45J/35J6,50 23,50 3,50 -46C
6,00 24,00 4,00 45J/35J8,00 26,00 5,00 -46C
0,50 6,50 24,00 3,00 45J/35J1,00 8,50 26,00 4,00 -46C
3,00 27,50 19,00 2,00 27J min,4,00 30,50 22,00 3,00 -46C
Not Applicable700
Not Applicable
700
0,040
GR 6A A995-12e1 J93380 CastingSimilar to F55
1,50 2,00
0,030 0,025
0,040
1,50 35
25
Quench at 1175C min,
20
Stabilize annealing 760C min,
Quench at 1095C min,
0,50
CN7M A351-12b N08007 CastingSimilar to alloy20 0,07
8148
35
275
550
620
260
25A995-12e1
Not Applicable
Not Applicable
20
Stabilize annealing 760C min.
415
1,00
0,02
1,00
515
0,030
1,00
1,00
0,040
0,040
1,50
0,010
0,020
2548
0,030
0,08
0,07
0,03 1,00
CastingSim. to Hast C4
CastingSim. to Hast B2
0,03 1,50
J92710 CastingSimilar to F347
CF-3M J92800
N-7M A494-12
170 425
CW-2M
Solubilized 1120C min
205
271
450
0,50
3,154,50
A217-12
0,03 0,80
0,06CW-6MC A494-12
GR 4A
CA15
CK-3MCuN A351-12b
A494-12
0,025
J92205 0,030 1,50
CastingSimilar to F44
N26455
1,20
J91150
1,00
GR 5A A995-12e1 J93404 CastingSimilar to F53
1,00
0,025
0,15 1,00
J93254
0,040
CF-8C
N30007
CastingSimilar to F316L 0,03
1,00
CastingSimilar to F51
27561
0,040
Solubilized 1220C25
Not Applicable
Solubilized 1120C min
Solubilized at 1150C min,
Not Applicable
Not Applicable
Not Applicable
495
Solubilized 1175C min,
Solubilized at 1065C min,
485
30
485 30
Not Applicable
Not Applicable
Solubilized at 1040C min,
Solubilized 1120C min
450
525
18 30
1,00
N26625
1,00
0,040
22 HRC
18
732788C x 2hr min (+1 hr/in.)0,040
Solubilized 1100C min
1,50
CastingSim. to 410 0,040
1,00
1,50
1,00
1,50
CastingSimilar to Inc625
0,03
1,00
0,040 0,03
0,015 0,015
205
167-229
27557
485
Data stampa 24/06/2014Ora 12:05Doc valido 24 ore da data stampa; dopo da considerarsi COPIA NON CONTROLLATA Date printed 24/06/2014Time 12:05 Document is valid for 24 hours from the date printed; afterwards it must be considered an UNVERIFIED COPY
-
Pag. 5 di 5
BFE DESIGNATION ASTM /DIN UNS/Other Form C Mn P S Si Cu Ni Cr Mo V Al Ti Nb/Cb Notes
Yeld p. N/mm2
Tensile N/mm2 Elong % Reduct %
Hardness ASTM
HB
Hardness NACE MR 01-03 or MR
01-75
Notch impact
Post Weld Heat Treatment Acc. To ASME B31.3 (for effective
temperature and time see spicific WPS-PQR)
Effective Heat Treatment temperature after forging
Heat treatmentaccording to ASTM
CARATTERISTICHE CHIMICHE, MECCANICHE E STATO DI FORNITURA DEI MATERIALI BFECHEMICAL, MECHANICAL CHARACTERISTICS AND SUPPLY STATUS OF THE BFE MATERIALS
MECHANICAL PROPERTIES (minimum)B.F.E.
CHEMICAL COMPOSITION (maximun)MATERIAL
T-500Rev. 29
C 29 56 87
L 30 57 88
T 31 58 89
t 32 59 90Fe = 11.00 max
NOTES:10xC < Nb+Ta W = 0,5 max / Fe = 3 max / Co = remOther elements = 0,5 max
Equal to Ave sta 254 SmoTangential
Fe = 5.0 max
W = 3.006.00 / Fe = 3 max / Co = remOther elements = 0,5 maxOxigen < 0,0025 %
(8xC) < Cb < 1,10%
Trasversal
ACCIAIO CALMATO AL CALCIO
Min.average of three specimens / min. of one specimen
Longitudinal
Cr+Cu+Mo 0.50 max.
C.E. = C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15 0.40%
W = 0.10 max
t 32 59 901 60 91
2 61 92
3 62 934 34 635 35 646 65
7 66
8 37 67 959 39 6810 40 6911 41 7012 7113 7214 43 73
Fe = Rem.
Total residuals < 0.40
4.0 < Ni+Co < 5.0
N contenet to be reported
Co < 2.50 Fe = 4.007.00 - W = 3.004.50
Co < 2.50 - Fe = 4.006.00
3.5 < Fe < 4.5
N = 0.240.32
Co < 1.00 Fe < 2.00B = 0.0010.010
Pb < 0.02
N < 0.03 O < 0.25 H < 0.015 Fe < 0.30 Ferrite max. dopo T.T. = 0.6%N < 0.10 (spec. SNAMPROGETTI SPC.CR.UR.510 Rev.03
Fe = 11.00 max
36
Arithmetically determined
Proportional specimen L=4D
Fe = max. 2.0094
W = 3.755.25
Fe = 4.006.00
Fe = 4.507.50
Solubilized 1025C1st ageing 720C x 6 hours
961st step - quench at 980C and cooling in oil 2nd step - tempering 500-580C cooling in air
3th step - tempering at 50C under the temperature of the 2nd step
X bar = ((10P+5Sb)+4Sn+As)/100 < 12ppmImpact test longitudinale e trasversale + espansione laterale
Fe > 22.00%
Fe > 39.50%
Fe < 2.50%
Nb+Ta=0.150.45
42N < 0.05 O < 0.20 H < 0.015 Fe < 0.40
Total residuals < 0.40
Fe = 6.0010.00
Included Co= 90 N/mm2
Co < 1.00%
Fe = 1.002.50
N = 0.150.20N = 0.180.22
N = 0,040,15
W = 7.009.50 / Fe = 3 max / Co = remOther elements = 0,5 max
Equal to Ave sta 254 Smo
Co = 2.50 max
Fe = 4.00 7.00 W = 3.00 4.50
S+P 0,012% max Sn 0,010% max J factor = (Si+Mn)*(P+Sn)*10000 1" thick
BARCELLA (RGQ)APPROVATOCONTROLLATO
Solubilized at 924 1010CHardening at 718 14C, hold at temperature for 8h, furnace cool to 621 14C, hold until total
precipitation heat treatment time has reached 18h, air cool107
07 January 2014
DESCRIZIONE
DATA/DATE 02 January 2014 03 January 2014
Fe = 3.504.30Iron shall not exceed nickel content Pb < 0,02
55D Cb+Ta = 4.755.50B 0,006
Data stampa 24/06/2014Ora 12:05Doc valido 24 ore da data stampa; dopo da considerarsi COPIA NON CONTROLLATA Date printed 24/06/2014Time 12:05 Document is valid for 24 hours from the date printed; afterwards it must be considered an UNVERIFIED COPY