ASME Design Code - Tube Materials. Ferrous Tube Materials ... BS Design Code
- Plate Materials. Ferrous Plate .... JIS Design Code - Clad Plate Materials .
Material Selections
Chapter
28
ASME Design Code - Plate Materials Ferrous Plate Materials Carbon Steel .................................................................................. 28-3 Heat Treated Steel ......................................................................... 28-4 Low Alloy Steel ............................................................................ 28-5 High Alloy Steel ............................................................................ 28-7 Non-Ferrous Plate Materials ........................................................... 28-8 ASME Design Code - Clad Plate Materials ................................... 28-10 ASME Design Code - Tube Materials Ferrous Tube Materials Carbon Steel .................................................................................. 28-11 Low Alloy Steel ............................................................................ 28-12 High Alloy Steel ............................................................................ 28-13 Non-Ferrous Tube Materials ............................................................ 28-14 BS Design Code - Plate Materials Ferrous Plate Materials Carbon Steel .................................................................................. 28-15 Heat Treated Steel ......................................................................... 28-16 Low Alloy Steel ............................................................................ 28-17 High Alloy Steel ............................................................................ 28-19 Non-Ferrous Plate Materials ........................................................... 28-20 BS Design Code - Clad Plate Materials ......................................... 28-22 BS Design Code - Tube Materials Ferrous Tube Materials Carbon Steel .................................................................................. 28-23 Low Alloy Steel ............................................................................ 28-24 High Alloy Steel ............................................................................ 28-25 Non-Ferrous Tube Materials ............................................................ 28-26 JIS Design Code - Plate Materials Ferrous Plate Materials Carbon Steel .................................................................................. 28-27 Heat Treated Steel ......................................................................... 28-28 Low Alloy Steel ............................................................................ 28-29 High alloy Steel ............................................................................ 28-31 Non-Ferrous Plate Materials ........................................................... 28-32
G3 © ICARUS Corporation, 1998.
28-2 ICARUS Reference JIS Design Code - Clad Plate Materials ........................................ 28-34 JIS Design Code - Tube Materials Ferrous Tube Materials Carbon Steel .................................................................................. 28-35 Low Alloy Steel ............................................................................ 28-36 High Alloy Steel ............................................................................ 28-37 Non-Ferrous Tube Materials ............................................................ 28-38 DIN Design Code - Plate Materials Ferrous Plate Materials Carbon Steel .................................................................................. 28-39 Heat Treated Steel ......................................................................... 28-40 Low Alloy Steel ............................................................................ 28-41 High Alloy Steel ............................................................................ 28-43 Non-Ferrous Plate Materials ........................................................... 28-44 DIN Design Code - Clad Plate Materials ....................................... 28-46 DIN Design Code - Tube Materials Ferrous Tube Materials Carbon Steel .................................................................................. 28-47 Low Alloy Steel ............................................................................ 28-48 High Alloy Steel ............................................................................ 28-49 Non-Ferrous Tube Materials ............................................................ 28-50 Lining Materials Brick Acid-Resistant Applied Over Membrane-Line Carbon Steel ....... 28-51 Firebrick ........................................................................................ 28-51 Monolithic Lining ............................................................................ 28-52 Abrasion Resistant Linings; Replaceable ......................................... 28-52 Organic, Glass, Metallic ................................................................... 28-53 Casting Materials .............................................................................. 28-54 Packing Materials ............................................................................. 28-55
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-3
ASME Design Code - Plate Materials ASME Ferrous Plate Materials - Carbon Steel Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
A-36
(structural steel)
A 36
650
343
—
—
A-283
Low and intermediate strength carbon steel plates of structural quality A 283C
650
343
na
na
A 285 or A 285C or CS
900
482
900
482
A 299
1000
537
900
482
A 455
650
343
650
343
Carbon steel plates for pressure vessels for intermediate and higher temperature service: C - Si
A 515
1000
537
900
482
Carbon steel plates for pressure vessels or moderate and lower temperature service: C - Si
A 516
1000
537
900
482
(C)
A-285
Low and intermediate strength carbon steel plates for pressure vessels
(C)
A-299
A-455
Carbon-manganese-silicon steel plates for plates for pressure vessels: C - Mn - Si
Pressure vessel plates, carbon steel, high strength manganese
(A)
A-515
(70)
A-516
(70)
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-4 ICARUS Reference ASME Ferrous Plate Materials - Heat Treated Steel
ASTM Spec and (Grade)
A-353
A-553
(Type 1)
A-517
(A) (B) (E) (F)
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Nine percent nickel alloy steel plates, double normalized and tempered for pressure vessels: 9Ni
A 353
250
121
na
na
Eight and nine percent nickel alloy steel plate, quenched and tempered, for pressure vessels: 9Ni
A 553
250
121
na
na
High strength alloy steel plates, quenched and tempered, for pressure vessels: Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si
A517A A517B A517E A517F
650 650 650 650
343 343 343 343
na na na na
na na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-5 ASME Ferrous Plate Materials - Low Alloy Steel
ASTM Spec and (Grade)
A-202
Description and Nominal Composition
(A) (B) (D) (E)
A-204 (A) (B) (C)
A-302
(A) (B)
Nickel alloy steel plates for pressure vessels: 2.5Ni 2.5Ni 3.5Ni 3.5Ni
Molybdenum alloy steel plates for pressure vessels: C - .5Mo C - .5Mo C - .5Mo
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates for pressure vessels: Mn - .5Mo Mn - .5Mo
(C) (D)
A-387 (2 CL 1) (2 CL 2)
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
A202A A 202 or A202B
1000 1000
537 537
900 900
482 482
A203A A203B A203D A203E
1000 1000 1000 1000
537 537 537 537
900 900 900 900
482 482 482 482
A204A A204B A 204 or A204C
1000 1000 1000
537 537 537
900 900 900
482 482 482
A302A A 302 or A302B A302C A302D
1000 1000
537 537
900 900
482 482
1000 1000
537 537
900 900
482 482
A387A A387G
1000 1000
537 537
900 900
482 482
Chromium-manganese-silicon alloy steel plates for pressure vessels
(A) (B)
A-203
Internal Pressure
Mn - .5Mo - Ni Mn - .5Mo - Ni
Pressure vessel plates, alloy steel, chromium-molybdenum: .5Cr - .5Mo .5Cr - .5Mo
(12 CL 1) (12 CL 2)
1Cr - .5Mo 1Cr - .5Mo
A387B A387H
1200 1200
648 648
900 900
482 482
(11 CL 1) (11 CL 2)
1.25Cr - .5Mo - Si 1.25Cr - .5Mo - Si
A387C A387J
1200 1200
648 648
900 900
482 482
(22 CL 1) (22 CL 2)
2.25Cr - 1Mo 2.25Cr - 1Mo
A387D A387K
1200 1200
648 648
900 900
482 482
(21 CL 1) (21 CL 2)
3Cr - 1Mo 3Cr - 1Mo
A387E A387L
1200 1200
648 648
900 900
482 482
(5 CL 1) (5 CL 2)
5Cr - .5Mo 5Cr - .5Mo
A387F A387M
1200 1200
648 648
900 900
482 482
G3 © ICARUS Corporation, 1998.
28-6 ICARUS Reference ASME Ferrous Plate Materials - Low Alloy Steel (continued)
ASTM Spec and (Grade)
A-533
(A CL 1) (B CL 1) (C CL 1)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates, quenched and tempered, for pressure vessels: C - Mn - Mo C - Mn - Mo - Ni C - Mn - Mo - Ni
A533A A533B A533C
1000 800 800
537 426 426
na na na
na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-7 ASME Ferrous Plate Materials - High Alloy Steel
ASTM Spec and (Grade)
A-240
(304L) (304)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels: 8Cr - 8Ni 18Cr - 8Ni
304L SS304
800 1500
426 815
800 1200
426 648
(316L) (316) (316Ti)
16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo-Ti
316L SS316 316TI
850 1500 1500
454 815 815
800 1200 1200
426 648 648
(317) (321) (347) (348)
18Cr - 10Ni - 3Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb 18Cr - 10Ni - Cb
SS317 SS321 SS347 SS348
1500 1500 1500 1500
815 815 815 815
1200 1200 1200 1200
648 648 648 648
S2205
600
315
400
204
SS410 SS430
1200 1200
648 648
900 1200
482 648
(2205)
Duplex 22Cr - 5Ni - 3Mo
(410) (430)
13Cr 17Cr
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-8 ICARUS Reference ASME Non-Ferrous Plate Materials Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
B-209 (1100) (3003) (5052) (5083) (5086) (6061)
Aluminum-alloy sheet and plate: Al Al Al Al Al Al
A1100 A3003 A5052 A5083 A5086 A6061
400 400 400 150 150 400
204 204 204 66 66 204
na na na na na na
na na na na na na
B-171
Copper and copper alloys Naval brass CA464
400
204
350
177
CU or CA110
400
204
150
66
(464)
B-11 (110)
Copper plates for locomotive fireboxes: Cu
B-96 (655)
Copper-silicon alloy plate and sheet for pressure vessels: Cu - Zn
CA655
350
176
350
176
B-152 (122)
Copper sheet, strip, plate, and rolled bar: Cu
CA122
400
204
150
66
B-171
Copper-nickel alloy plate and sheet for pressure vessels: Cu - Ni 70/30
CA715
700
371
700
371
(715)
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-9 ASME Non-Ferrous Plate Materials (continued)
ASTM Spec and (Grade)
Description and Nominal Composition
B-333 (B)
Hastelloy: Ni - Mo
B-575 (C-276)
B-409
System Material Symbol
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
HAST or HASTB
800
426
800
426
Hastelloy: Ni - Mo - Cr
HASTC
1000
537
1000
537
Specification for nickel-iron-chromium alloy plate, sheet, and strip: Ni - Fe - Cr
I800
1500
815
1000
537
(825)
Nickel-iron-chromium-molybdenumcopper alloy plate, sheet, and strip: Ni - Fe - Cr - Mo - Cu
I825
1000
537
700
371
B-463 (20Cb)
Carpenter 20 alloy plate, sheet and strip: Cr - Ni - Fe - Mo - Cu - Cb C 20
800
426
800
426
B-168
Nickel-chromium-iron alloy plate, sheet, and strip, Inconel: Ni - Cr - Fe
INCNL or I600
1200
648
1000
537
NI or NI200 NI201
600 600 1200
315 315 648
600 600 1000
315 315 537
MONEL or M400
900
482
800
426
TI35A TI or TI50A
600 600 600
315 315 315
na 600 600
na 315 315
(800)
B-424
(600)
B-162 (200)
Nickel plate, sheet, and strip: Ni
(201)
B-127 (400)
B-265 (1) (2)
Ni-Low C
Nickel-copper alloy plate, sheet, and strip: Ni - Cu
Titanium and titanium alloy strip, sheet, and plate: Ti Ti
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-10 ICARUS Reference
ASME Design Code - Clad Plate Materials Material Classification Description*
System Material Symbol
Grade
Vessel Base (Backing Material)** ASTM A-285 A-204 A-204 A-515 A-516 A-387 A-387 A-387 A-387 A-387 A-387
C B C 70 70 12 CL 1 12 CL 2 11 CL 1 11 CL 2 22 CL 1 22 CL 2
A285C A204B A204C A 515 A 516 A387B A387H A387C A387J A387D A387K
304 304L 316 316L 321 347 410 430
SS304 304L SS316 316L SS321 SS347 SS410 SS430
Nickel alloy
200 201
NI200 NI201
Monel
400
MONEL
Inconel
600
INCNL
Ni-Fe-Cr
800
I800
Ni-Fe-Cr-Mo-Cu
825
I825
20Cb
C 20
Titanium
2
TI
Hastelloy B
B
HASTB
Hastelloy C
C-276
HASTC
Cladding Material (Process Side) Stainless steel type
Carpenter 20
*
See Plate Materials (ASME Code) for further material descriptions.
**
Only these base materials may be used with the above list of cladding materials. No other combination may be selected.
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-11
ASME Design Code - Tube Materials ASME Ferrous Tube Materials - Carbon Steel
ASTM Spec and (Grade)
A-179
Description and Nominal Composition
A-334
Maximum Degrees F C
Temp. Degrees F C
A 179
900
482
900
482
A285C
A 192
1000
537
900
482
A 515
A210A A210C
1000 1000
537 537
900 900
482 482
A 515 A 515
1000
537
900
482
A 515
650 650
343 343
650 650
343 343
A 442 A 442
Seamless medium carbon steel boiler and superheater tubes
(A-1) (C)
A-214
System Material Symbol
System Default Tubesheet Material (Plate)
Seamless carbon steel boiler tubes for high-pressure service
—
A-210
External Pressure
Seamless cold-drawn low-carbon steel heat exchanger and condenser tubes
—
A-192
Internal Pressure
Electric-resistance-welded carbon steel heat exchanger and condenser tubes A 214
Seamless carbon steel tubes for low temperature service
(1) (6)
G3 © ICARUS Corporation, 1998.
A334A A334B
28-12 ICARUS Reference ASME Ferrous Tube Materials - Low Alloy Steel
ASTM Spec and (Grade)
A-199
(T11) (T22) (T21) (T5) A-209 (T1) (T1A) (T1B)
A-213
(T2) (T12) (T11) (T22) (T21) (T5)
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
Description and Nominal Composition
System Material Symbol
Seamless cold-drawn intermediate alloy steel heat exchanger and condenser tubes: 1.25Cr - .5Mo - Si 2.5Cr - 1Mo 3Cr - .9Mo 5Cr - .5Mo
A199C A199D A199E A199F
1200 1200 1200 1200
648 648 648 648
900 900 900 900
482 482 482 482
A387C A387D A387E A387F
Seamless carbon-molybdenum alloy steel boiler and superheater tubes: C - .5Mo C - .5Mo C - .5Mo
A 209 A209A A209B
1000 1000 1000
537 537 537
900 900 900
482 482 482
A 204 A 204 A 204
Seamless ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: .5Cr - .5Mo 1Cr - .5Mo 1.25Cr - .5Mo - Si 2.25Cr - 1Mo 3Cr - .9Mo 5Cr - .5Mo
A213A A213B A213C A213D A213E A213F
1000 1200 1200 1200 1200 1200
537 648 648 648 648 648
900 900 900 900 900 900
482 482 482 482 482 482
A387A A387B A387C A387D A387E A387F
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-13 ASME Ferrous Tube Materials - High Alloy Steel
ASTM Spec and (Grade)
A-213
TP304 TP304L TP316
TP316L TP321 TP347
A-249
TP304 TP304L TP316 TP316L TP321 TP347
Description and Nominal Composition
System Material Symbol
Seamless Ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: 18Cr - 8Ni 304S 18Cr - 8Ni 304LS 16Cr - 12Ni - 2Mo 316S
16Cr - 12Ni - 2Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb
Welded austenitic steel boiler superheater, heat exchanger, and condenser tubes: 18Cr - 8Ni 18Cr - 8Ni 16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
1500 800 1500
815 426 815
1000 800 1000
537 426 537
SS304 304L SS316
316LS 321S 347S
850 1500 1500
454 815 815
850 1000 1000
454 537 537
316L SS321 SS347
304W 304LW 316W
1500 800 1500
815 426 815
1000 800 1000
537 426 537
SS304 304L SS316
316LW 321W 347W
850 1500 1500
454 815 815
800 1000 1000
426 537 537
316L SS321 SS347
A-268 TP410
Seamless tubes 13Cr
410S
1200
648
900
482
SS410
TP410
Welded tubes 13Cr
410W
1200
648
900
482
SS410
600
315
400
204
S2205
A-789 Welded duplex austenitic steel tubes: (S31803) 22Cr - 5Ni - 3Mo 2205W
G3 © ICARUS Corporation, 1998.
28-14 ICARUS Reference ASME Non-Ferrous Tube Materials
ASTM Spec and (Grade)
Internal Pressure
External Pressure
System Default Tubesheet Material (Plate)
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
Seamless copper and copper alloy tubes for use in surface condensers, evaporators and heat exchangers: Cu Cu - Al Cu - Ni 90/10 Cu - Ni 70/30
CA122 CA687 CA706 CA715
400 450 600 700
204 232 315 371
150 150 150 700
66 66 66 371
A285C A285C A285C A285C
CA443 CA444 CA445
450 450 450
232 232 232
350 350 350
176 176 176
A285C A285C A285C
(200) (201)
Seamless cold-drawn nickel tubes for general corrosive service: Ni Ni-Low C
NI200 NI201
600 1200
315 648
600 1000
315 537
NI200 NI201
B-163 (400)
Monel Ni - Cu
MONEL
800
426
800
426
MONEL
B-163 (600)
Inconel Ni - Cr - Fe
INCNL or I600
1200
648
1000
537
INCNL
B-163 (800) (825)
Incoloy Ni - Fe - Cr Ni - Fe - Cr - Mo - Cu
I800 I825
1500 1000
815 537
1000 700
537 371
I800 I825
B-619 (B)
Hastelloy Ni - Mo
800
426
800
426
HASTB
1000
537
1000
537
HASTC
B-111
(122) (687) (706) (715)
Admiralty Brass (443) (444) (445)
B-163
HAST or HASTB HASTC
(C-276)
Ni - Mo - Cr
B-468 (20Cb)
Carpenter 20 Cr - Ni - Fe Mo - Cu - Cb
C 20
800
426
800
426
C 20
Titanium Ti
TI50A
600
315
600
315
TI50A
B-338 (2)
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-15
BS Design Code - Plate Materials BS Ferrous Plate Materials - Carbon Steel Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
BS* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
A-36
(Structural steel)
A 36
650
343
—
—
A-283
Low and intermediate strength carbon steel plates of structural quality A 283C
622
327
na
na
A 285 or A 285C or CS
752
400
752 400
A 299
752
400
752 400
A 455
752
400
752 400
Carbon steel plates for pressure vessels for intermediate and higher temperature service: C - Si
A 515
752
400
752 400
Carbon steel plates for pressure vessels for moderate and lower temperature service: C - Si
A 516
752
400
752 400
154-430*
A-285
Low and intermediate strength carbon steel plates for pressure vessels
151-400* 161-400*
A-299 164-400*
A-455
Carbon-manganese-silicon steel plates for pressure vessels: C - Mn - Si
Pressure vessel plates, carbon steel, high strength manganese
225-460*
A-515
224-460*
A-516
224-490*
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-16 ICARUS Reference BS Ferrous Plate Materials - Heat Treated Steel
BS* or ASTM Spec and (Grade)
A-353
510N*
A-553
510*
A-517
(A) (B) (E) (F)
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Nine percent nickel alloy steel plates, double normalized and tempered for pressure vessels: 9Ni
A 353
250
121
na
na
Eight and nine percent nickel alloy steel plate, quenched and tempered, for pressure vessels: 9Ni
A 553
250
121
na
na
High strength alloy steel plates, quenched and tempered, for pressure vessels: Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si
A517A A517B A517E A517F
650 650 650 650
343 343 343 343
na na na na
na na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-17 BS Ferrous Plate Materials - Low Alloy Steel
BS* or ASTM Spec and (Grade)
A-202
Description and Nominal Composition
(A) (B) (E) 503*
A-204 (C)
Nickel alloy steel plates for pressure vessels: 2.5Ni 2.5Ni 3.5Ni 3.5Ni
Molybdenum alloy steel plates for pressure vessels: C - .5Mo
240* 261*
A-302
(A) (B)
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
A202A A 202 or A202B
1000 1000
537 537
900 482 900 482
A203A A203B A203E A203D
1000 1000 1000 122
537 537 537 50
900 482 900 482 900 482 122 50
A 204 or A204C A204A A204B
1000
537
900 482
752 752
400 400
752 400 752 400
A302A A 302 or A302B A302C A302D
1000 1000
537 537
900 482 900 482
1000 1000
537 537
900 482 900 482
Chromium-manganese-silicon alloy steel plates for pressure vessels
(A) (B)
A-203
Internal Pressure
C - .5Mo C - .5Mo
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates for pressure vessels: Mn - .5Mo Mn - .5Mo
(C) (D)
G3 © ICARUS Corporation, 1998.
Mn - .5Mo - Ni Mn - .5Mo - Ni
28-18 ICARUS Reference BS Ferrous Plate Materials - Low Alloy Steel (continuted)
BS* or ASTM Spec and (Grade)
A-387 (2 CL 1) (2 CL 2)
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Pressure vessel plates, alloy steel, chromium-molybdenum: .5Cr - .5Mo .5Cr - .5Mo
A387A A387G
842 842
450 450
842 450 842 450
620* (12 CL 2)
1Cr - .5Mo 1Cr - .5Mo
A387B A387H
842 896
450 480
842 450 896 480
621* (11 CL 2)
1.25Cr - .5Mo - Si 1.25Cr - .5Mo - Si
A387C A387J
842 896
450 480
842 450 896 480
622-515* (22 CL 2)
2.25Cr - 1Mo 2.25Cr - 1Mo
A387D A387K
842 896
450 480
842 450 896 480
(21 CL 1) (21 CL 2)
3Cr - 1Mo 3Cr - 1Mo
A387E A387L
896 896
480 480
896 480 896 480
(5 CL 1) (5 CL 2)
5Cr - .5Mo 5Cr - .5Mo
A387F A387M
896 896
480 80
896 480 896 480
A533A A533B A533C
1000 800 800
537 426 426
A-533
(A CL 1) (B CL 1) (C CL 1)
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates, quenched and tempered, for pressure vessels: C - Mn - Mo C - Mn - Mo - Ni C - Mn - Mo - Ni
na na na
na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-19 BS Ferrous Plate Materials - High Alloy Steel
BS* or ASTM Spec and (Grade)
A-240
(317) (348) 318-S13*
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels: 18Cr - 10Ni - 3Mo 18Cr - 10Ni - Cb
SS317 SS348
1292 1292
700 700
1200 648 1200 648
S2205
600
315
400 204
Duplex 22Cr - 5Ni - 3Mo
(410) (430)
13Cr 17Cr
SS410 SS430
1200 1200
648 648
900 482 1200 648
304-S31* 304-S11* 316-S31*
18Cr - 8Ni 18Cr - 8Ni 16Cr - 12Ni - 2Mo
SS304 304L SS316
1292 752 1292
700 400 700
1200 648 752 400 1200 648
316-S11* 320-517* 321-S31* 347-S31*
16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo - Ti 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb
316L 316TI SS321 SS347
752 1292 1292 1292
400 700 700 700
752 1200 1200 1200
G3 © ICARUS Corporation, 1998.
400 648 648 648
28-20 ICARUS Reference BS Non-Ferrous Plate Materials Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
BS* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
1470* (1100)* (3003)* (5052)* (5083)* (5086)* (6061)*
Aluminum-alloy sheet and plate: Al Al Al Al Al Al
A1100 A3003 A5052 A5083 A5086 A6061
400 400 400 150 150 400
204 204 204 66 66 204
na na na na na na
na na na na na na
B-171 (464)
Copper and copper alloys - Naval brass CA464
400
204
200
93
B-11 (110)
Copper plates for locomotive fireboxes: Cu
CU or CA110
400
204
150
66
B-96 (655)
Copper-silicon alloy plate and sheet for pressure vessels: Cu - Zn
CA655
350
176
200
93
B-152 (122)
Copper sheet, strip, plate, and rolled bar: Cu
CA122
400
204
150
66
B-171
Copper-nickel alloy plate and sheet for pressure vessels: Cu - Ni 70/30
CA715
700
371
200
93
(715)
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-21 BS Non-Ferrous Plate Materials (continued)
BS* or ASTM Spec and (Grade)
Description and Nominal Composition
B-333 (B)
Hastelloy: Ni - Mo
B-575 (C-276)
B-409
System Material Symbol
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
HAST or HASTB
800
426
800 426
Hastelloy: Ni - Mo - Cr
HASTC
1000
537
800 426
Specification for nickel-iron-chromium alloy plate, sheet, and strip: Ni - Fe - Cr
I800
1292
700
800 426
NA15*
Nickel-iron-chromium-molybdenumcopper alloy plate, sheet, and strip: Ni - Fe - Cr - Mo - Cu
I825
500
260
400 204
B-463 (20Cb)
Carpenter 20 alloy plate, sheet and strip: Cr - Ni - Fe - Mo - Cu - Cb
C 20
800
426
800 426
B-168 (600)
Nickel-chromium-iron alloy plate, sheet, and strip: Ni - Cr - Fe
INCNL or I600
1200
648
800 426
B-162 (200)
Nickel plate, sheet, and strip: Ni
NI or NI200 NI201
600 600 1200
315 315 648
600 315 600 315 800 426
MONEL or M400
900
482
800 426
TI35A TI or TI50A
600 600 600
315 315 315
na na 600 15 600 315
(800)
B-424
(201)
B-127 (400)
B-265 (1) (2)
Ni-Low C
Nickel-copper alloy plate, sheet, and strip: Ni - Cu
Titanium and titanium alloy strip, sheet, and plate: Ti Ti
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-22 ICARUS Reference
BS Design Code - Clad Plate Materials Material Classification Description*
System Material Symbol
Grade
Vessel Base (Backing Material)** 161-400 261
C B C 70 70 12 CL 1 12 CL 2 11 CL 1 11 CL 2 22 CL 1 22 CL 2
A285C A204B A204C A 515 A 516 A387B A387H A387C A387J A387D A387K
304 304L 316 316L 321 347 410 430
SS304 304L SS316 316L SS321 SS347 SS410 SS430
Nickel alloy
200 201
NI200 NI201
Monel
400
MONEL
Inconel
600
INCNL
Ni-Fe-Cr
800
I800
Ni-Fe-Cr-Mo-Cu
825
I825
20Cb
C 20
Titanium
2
TI
Hastelloy B
B
HASTB
Hastelloy C
C-276
HASTC
224-460 224-490 620 620 621 621 622-515 622-515
ASTM
A-285 A-204 A-204 A-515 A-516 A-387 A-387 A-387 A-387 A-387 A-387
Cladding Material (Process Side) 304-S31 304-S11 316-S31 316-S11 321-S31 347-S31
Carpenter 20
*
See Plate Materials (BS Code) for further material descriptions.
**
Only these base materials may be used with the above list of cladding materials. No other combination may be selected.
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-23
BS Design Code - Tube Materials BS Ferrous Tube Materials - Carbon Steel
BS* or ASTM Spec and Description and (Grade) Nominal Composition
A-179
Temp. Degrees F C
A 179
752
400
752
400
A285C
A 192
752
400
752
400
A 515
A210A A210C
1000 1000
537 537
900 900
482 482
A 515 A 515
A 214
842
450
842
450
A 515
A334A A334B
122 650
50 343
122 650
50 343
A 442 A 442
Electric-resistance-welded carbon steel heat exchanger and condenser tubes
360*
A-334
Maximum Degrees F C
Seamless medium carbon steel boiler and superheater tubes
(A-1) (C)
A-214
System Material Symbol
System Default Tubesheet Material (Plate)
Seamless carbon steel boiler tubes for high-pressure service
410*
A-210
External Pressure
Seamless cold-drawn low-carbon steel heat exchanger and condenser tubes
320*
A-192
Internal Pressure
Seamless carbon steel tubes for low temperature service
410-LT50* (6)
G3 © ICARUS Corporation, 1998.
28-24 ICARUS Reference BS Ferrous Tube Materials - Low Alloy Steel
BS* or ASTM Spec and Description and (Grade) Nominal Composition
A-199
(T11) (T22) (T21) (T5)
A-209
(T1) 245-450* (T1B)
A-213
(T2) (T21) 620-460* 621-420* 622-490* 625-450*
System Material Symbol
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
Seamless cold-drawn intermediate alloy steel heat exchanger and condenser tubes: 1.25Cr - .5Mo - Si 2.5Cr - 1Mo 3Cr - .9Mo 5Cr - .5Mo
A199C A199D A199E A199F
1022 1022 1022 1022
550 550 550 550
900 900 900 900
482 482 482 482
A387C A387D A387E A387F
Seamless carbon-molybdenum alloy steel boiler and superheater tubes: C - .5Mo C - .5Mo C - .5Mo
A 209 A209A A209B
1000 752 1000
537 400 537
900 752 900
482 400 482
A 204 A 204 A 204
Seamless ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: .5Cr - .5Mo 3Cr - .9Mo
A213A A213E
1000 1022
537 550
900 900
482 482
A387A A387E
A213B A213C A213D A213F
1022 1022 1022 1022
550 550 550 550
900 900 900 900
482 482 482 482
A387B A387C A387D A387F
1Cr - .5Mo 1.25Cr - .5Mo - Si 2.25Cr - 1Mo 5Cr - .5Mo
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-25 BS Ferrous Tube Materials - High Alloy Steel
BS* or ASTM Spec and Description and (Grade) Nominal Composition
A-213
304-S18* 304-S14* 316-S18* 316-S14* 321-S18* 347-S18*
A-249
304-S25* 304-S22* 316-S26* 316-S22* 321-S22* 347-S17*
Seamless Ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: 18Cr - 8Ni 18Cr - 8Ni 16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb
Welded austenitic steel boiler superheater, heat exchanger, and condenser tubes: 18Cr - 8Ni 18Cr - 8Ni 16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb
Internal Pressure
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
304S 304LS 316S
842 752 842
450 400 450
842 752 842
450 400 450
SS304 304L SS316
316LS 321S 347S
842 842 842
450 450 450
800 842 842
426 450 450
316L SS321 SS347
304W 304LW 316W
842 752 842
450 400 450
842 752 842
450 400 450
SS304 304L SS316
316LW 321W 347W
842 842 842
450 450 450
800 842 842
426 450 450
316L SS321 SS347
System Default Tubesheet Material (Plate)
A-268 TP410
Seamless tubes 13 Cr
410S
752
400
752
400
SS410
TP410
Welded tubes 13 Cr
410W
752
400
752
400
SS410
A-789
Welded duplex austenitic steel tubes: 22Cr - 5Ni - 3Mo
2205W
600
315
400
204
S2205
(S31803)
G3 © ICARUS Corporation, 1998.
28-26 ICARUS Reference BS Non-Ferrous Tube Materials Internal Pressure
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
CA122 CA687 CA706 CA715
400 450 600 700
204 230 315 371
150 200 150 200
66 93 66 93
A285C A285C A285C A285C
CA443 CA444 CA445
450 450 450
232 232 232
200 200 200
93 93 93
A285C A285C A285C
(200) (201)
Seamless cold-drawn nickel tubes for general corrosive service: Ni Ni - Low C
NI200 NI201
600 1200
315 648
600 800
315 426
NI200 NI201
B-163 (400)
Monel (Seamless) Ni - Cu
MONEL
900
482
800
426
MONEL
B-163 (600)
Inconel (Welded) Ni - Cr - Fe
INCNL or I600
1200
648
800
426
INCNL
B-163 (800) (825)
Incoloy Ni - Fe - Cr (Welded) Ni - Fe - Cr - Mo - Cu (Seamless)
I800
1292
700
800
426
I800
I825
1000
537
500
260
I825
800
426
800
426
HASTB
1202
650
800
426
HASTC
BS* or ASTM Spec and Description and (Grade) Nominal Composition
B-111
(122) (687) (706) (715)
Seamless copper and copper alloy tubes for use in surface condensers, evaporators and heat exchangers: Cu Cu - Al Cu - Ni 90/10 Cu - Ni 70/30
System Default Tubesheet Material (Plate)
Admiralty Brass (443) (444) (445)
B-163
B-619 (B) (C-276)
B-468 (20Cb)
B-338 (2)
Hastelloy (Welded) Ni - Mo Ni - Mo - Cr
HAST or HASTB HASTC
Carpenter 20 (Welded) Cr - Ni - Fe - Mo - Cu - Cb
C 20
800
426
800
426
C 20
Titanium (Welded) Ti
TI50A
600
315
600
315
TI50A
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-27
JIS Design Code - Plate Materials JIS Ferrous Plate Materials - Carbon Steel
JIS* or ASTM Spec and (Grade)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
G-3101* SS400*
(structural steel)
A 36
650
343
—
—
G-3106*
Low and intermediate strength carbon steel plates of structural quality A 283C
662
350
na
na
1022
550
896 480
A 299
662
350
662 350
A 455
650
343
650 343
Carbon steel plates for pressure vessels for intermediate and higher temperature service: C - Si
A 515
662
350
662 350
Carbon steel plates for pressure vessels for moderate and lower temperature service: C - Si
A 516
662
350
662 350
SM520C*
G-3115*
Low and intermediate strength steel plates for pressure vessels
SPV355*
G-3115*
A 285 or A 285C or CS
Carbon-manganese-silicon steel plates for pressure vessels: C - Mn - Si
SPV450*
A-455
Pressure vessel plates, carbon steel, high strength manganese
(A)
G-3118*
SGV480*
G-3126*
SLA360*
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-28 ICARUS Reference JIS Ferrous Plate Materials - Heat Treated Steel
JIS* or ASTM Spec and (Grade)
G-3127*
SL9N520*
G-3127*
SL9N590*
A-517
(A) (B) (E) (F)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Nine percent nickel alloy steel plates, double normalized and tempered for pressure vessels: 9Ni
A 353
392
200
na
na
Eight and nine percent nickel alloy steel plate, quenched and tempered, for pressure vessels: 9Ni
A 553
392
200
na
na
High strength alloy steel plates, quenched and tempered, for pressure vessels: Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si
A517A A517B A517E A517F
650 650 650 650
343 343 343 343
na na na na
na na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-29 JIS Ferrous Plate Materials - Low Alloy Steel
JIS* or ASTM Spec and (Grade)
A-202
Description and Nominal Composition
SL2N255* (B) SL3N255* SL3N275*
G-3103* SB450M* SB480M* (C)
G-3119*
SBV1A* SBV1B*
Nickel alloy steel plates for pressure vessels: 2.5Ni 2.5Ni 3.5Ni 3.5Ni
Molybdenum alloy steel plates for pressure vessels: C - .5Mo C - .5Mo C - .5Mo
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates for pressure vessels: Mn - .5Mo Mn - .5Mo
SBV2* SBV3*
G-4109* SCMV1(A)* SCMV1(N)*
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Chromium-manganese-silicon alloy steel plates for pressure vessels
(A) (B)
G-3127*
System Material Symbol
Internal Pressure
Mn - .5Mo - Ni Mn - .5Mo - Ni
Pressure vessel plates, alloy steel, chromium-molybdenum: .5Cr - .5Mo .5Cr - .5Mo
A202A A 202 or A202B
1000 1000
537 537
900 482 900 482
A203A A203B A203D A203E
392 1000 392 392
200 537 200 200
392 200 900 482 122 50 392 200
A204A A204B A 204 or A204C
1022 1022 1000
550 550 537
752 400 752 400 900 482
A302A 977 A 302 or 1022 550 A302B A302C 1022 A302D 1022
525 900
900 482 482
550 550
900 482 900 482
A387A A387G
1022 1022
550 550
900 482 900 482
SCMV2(A)* SCMV2(N)*
1Cr - .5Mo 1Cr - .5Mo
A387B A387H
1157 1157
625 625
842 450 842 450
SCMV3(A)* SCMV3(N)*
1.25Cr - .5Mo - Si 1.25Cr - .5Mo - Si
A387C A387J
1157 1157
625 625
896 480 896 480
SCMV4(A)* SCMV4(N)*
2.25Cr - 1Mo 2.25Cr - 1Mo
A387D A387K
1067 1067
575 575
896 480 896 480
SCMV5(A)* SCMV5(N)*
3Cr - 1Mo 3Cr - 1Mo
A387E A387L
1157 1157
625 625
896 480 896 480
SCMV6(A)* SCMV6(N)*
5Cr - .5Mo Cr - .5Mo
A387F A387M
1157 1157
625 625
896 480 896 480
G3 © ICARUS Corporation, 1998.
28-30 ICARUS Reference JIS Ferrous Plate Materials - Low Alloy Steel (continued)
JIS* or ASTM Spec and (Grade)
G-3120*
SQV1A* SQV2A* SQV3A*
Description and Nominal Composition
System Material Symbol
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates, quenched and tempered, for pressure vessels: C - Mn - Mo C - Mn - Mo - Ni C - Mn - Mo - Ni
A533A A533B A533C
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
1022 797 797
550 425 425
na na na
na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-31 JIS Ferrous Plate Materials - High Alloy Steel Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
JIS* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
G-4303* G-4304* G-4305* SUS304L* SUS304*
Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels: 18Cr - 8Ni 18Cr - 8Ni
304L SS304
797 1472
425 800
752 400 1200 648
SUS316L* SUS316* SUS316*
16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo 16Cr - 12Ni - 2Mo-Ti
316L SS316 SS316TI
842 1472 1472
450 800 800
752 400 1200 648 1200 648
SUS317* SUS321* SUS347* (348)
18Cr - 10Ni - 3Mo 18Cr - 10Ni - Ti 18Cr - 10Ni - Cb 18Cr - 10Ni - Cb
SS317 SS321 SS347 SS348
1472 1472 1472 1500
800 800 800 815
1200 1200 1200 1200
S2205
600
315
400 204
SS410 SS430
1202 1202
650 650
900 482 1200 648
(2205)
Duplex 22Cr - 5Ni - 3Mo
SUS410* SUS430*
G3 © ICARUS Corporation, 1998.
13Cr 17Cr
648 648 648 648
28-32 ICARUS Reference JIS Non-Ferrous Plate Materials Internal Pressure
External Pressure Temp. Degrees F C
JIS* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
H-4000* A1100P* A3003P* A5052P* A5083P* A5086P* A6061P*
Aluminum-alloy sheet and plate: Al Al Al Al Al Al
A1100 A3003 A5052 A5083 A5086 A6061
392 392 392 150 150 392
200 200 200 66 66 200
H-3100* C4640P*
Copper and copper alloys - Naval brass CA464
392
200
350 177
H3100* C1100P*
Copper plates for locomotive fireboxes: Cu
CU or CA110
392
200
150
B-96 (655)
Copper-silicon alloy plate and sheet for pressure vessels: Cu - Zn
CA655
350
176
350 176
H-3100* C1220P*
Copper sheet, strip, plate, and rolled bar: Cu
CA122
392
200
150
H-3100*
Copper-nickel alloy plate and sheet for pressure vessels: Cu - Ni 70/30
CA715
662
350
662 350
C7150P*
na na na na na na
na na na na na na
66
66
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-33 JIS Non-Ferrous Plate Materials (continued) Internal Pressure
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
HAST or HASTB
800
426
800 426
JIS* or ASTM Spec and (Grade)
Description and Nominal Composition
B-333 (B)
Hastelloy: Ni - Mo
B-575 (C-276)
Hastelloy: Ni - Mo - Cr
HASTC
1000
537
1000 537
G-4902*
Specification for nickel-iron- chromium alloy plate, sheet, and strip: Ni - Fe - Cr
I800
1472
800
1000 537
(825)
Nickel-iron-chromium-molybdenumcopper alloy plate, sheet, and strip: Ni - Fe - Cr - Mo - Cu
I825
1000
537
700 371
B-463 (20Cb)
Carpenter 20 alloy plate, sheet and strip: Cr - Ni - Fe - Mo - Cu - Cb
C 20
800
426
800 426
G-4902* NCF600*
Nickel-chromium-iron alloy plate, sheet, and strip, Inconel: Ni - Cr - Fe
INCNL or I600
1202
650
1000 537
B-162 (200)
Nickel plate, sheet, and strip: Ni
NI or NI200 NI201
600 600 1200
315 315 648
600 315 600 315 1000 537
MONEL or M400
932
500
800 426
TI35A TI or TI50A
662 662 662
350 350 350
na na 600 315 600 315
NCF800*
B-424
(201)
Ni-Low C
H-4551* NCuP*
Nickel-copper alloy plate, sheet, and strip: Ni - Cu
H-4600*
Titanium and titanium alloy strip, sheet, and plate: Ti Ti
TP28* TP35*
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-34 ICARUS Reference
JIS Design Code - Clad Plate Materials Material Classification Description*
System Material Symbol
Grade
Vessel Base (Backing Material)** SPV350 SB480M
ASTM
SGV480
A-285 A-204 A-204 A-515
C B C 70
A285C A204B A204C A 515
SLA360 SCMV2(A) SCMV2(A) SCMV3(A) SCMV3(A) SCMV4(A) SCMV4(A)
A-516 A-387 A-387 A-387 A-387 A-387 A-387
70 12 CL 1 12 CL 2 11 CL 1 11 CL 2 22 CL 1 22 CL 2
A 516 A387B A387H A387C A387J A387D A387K
304 304L 316 316L 321 347 410 430
SS304 304L SS316 316L SS321 SS347 SS410 SS430
200 201
NI200 NI201
Monel NCUP
400
MONEL
Inconel NCF600
600
INCNL
Ni-Fe-Cr
800
I800
Ni-Fe-Cr-Mo-Cu
825
I825
20Cb
C 20
Titanium
2
TI
Hastelloy B
B
HASTB
Hastelloy C
C-276
HASTC
Cladding Material (Process Side) Stainless steel type SUS304 SUS304L SUS316 SUS316L SUS321 SUS347 SUS410 SUS430 Nickel alloy
Carpenter 20
*
See Plate Materials (JIS Code) for further material descriptions.
** Only these base materials may be used with the above list of cladding materials. No other combination may be selected.
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-35
JIS Design Code - Tube Materials JIS Ferrous Tube Materials - Carbon Steel
JIS* or ASTM Spec and (Grade)
G-3461*
Description and Nominal Composition
G-3461*
Temp. Degrees F C
A 179
1022
550
752
400
A285C
A 192
1000
537
900
482
A 515
A210A A210C
1022 1022
550 550
900 900
482 482
A 515 A 515
A 214
1022
550
900
482
A 515
A334A A334B
650 392
343 200
650 392
343 200
A 442 A 442
Seamless medium carbon steel boiler and superheater tubes
Electric-resistance-welded carbon steel heat exchanger and condenser tubes
STB340*
G-3464*
Maximum Degrees F C
System Default Tubesheet Material (Plate)
Seamless carbon steel boiler tubes for high-pressure service
STB510* STB410*
G-3461*
External Pressure
Seamless cold-drawn low-carbon steel heat exchanger and condenser tubes
STB340*
A-192
System Material Symbol
Internal Pressure
Seamless carbon steel tubes for low temperature service
(1) STBL380*
G3 © ICARUS Corporation, 1998.
28-36 ICARUS Reference JIS Ferrous Tube Materials - Low Alloy Steel
JIS* or ASTM Spec and (Grade)
G-3462*
STBA23* STBA24* (T21) STBA25* G-3462* STBA12* STBA13* (T1B)
G-3462*
STBA20* STBA22* (T11) (T22) (T21) (T5)
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
Description and Nominal Composition
System Material Symbol
Seamless cold-drawn intermediate alloy steel heat exchanger and condenser tubes: 1.25Cr - .5Mo - Si 2.5Cr - 1Mo 3Cr - .9Mo 5Cr - .5Mo
A199C A199D A199E A199F
1202 1202 1200 1202
650 650 648 650
900 900 900 900
482 482 482 482
A387C A387D A387E A387F
Seamless carbon-molybdenum alloy steel boiler and superheater tubes: C - .5Mo C - .5Mo C - .5Mo
A 209 A209A A209B
1022 1022 1000
550 550 537
900 900 900
482 482 482
A 204 A 204 A 204
Seamless ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: .5Cr - .5Mo 1Cr - .5Mo 1.25Cr - .5Mo - Si 2.25Cr - 1Mo 3Cr - .9Mo 5Cr - .5Mo
A213A A213B A213C A213D A213E A213F
1022 1202 1200 1200 1200 1200
550 650 648 648 648 648
900 900 900 900 900 900
482 482 482 482 482 482
A387A A387B A387C A387D A387E A387F
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-37 JIS Ferrous Tube Materials - High Alloy Steel
JIS* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
G-3463*
Seamless Ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: SUS304TB* 18Cr - 8Ni SUS304LTB* 18Cr - 8Ni SUS316TB* 16Cr - 12Ni - 2Mo
304S 304LS 316S
1472 797 1472
800 425 800
842 752 842
450 400 450
SS304 304L SS316
SUS316LTB* 16Cr - 12Ni - 2Mo SUS321TB* 18Cr - 10Ni - Ti SUS347TB* 18Cr - 10Ni - Cb
316LS 321S 347S
842 1472 1472
450 800 800
842 842 842
450 450 450
316L SS321 SS347
Welded austenitic steel boiler superheater, heat exchanger, and condenser tubes: SUS304TB* 18Cr - 8Ni SUS304LTB* 18Cr - 8Ni SUS316TB* 16Cr - 12Ni - 2Mo
304W 304LW 316W
1472 797 1472
800 425 800
842 752 842
450 400 450
SS304 304L SS316
SUS316LTB* 16Cr - 12Ni - 2Mo SUS321TB* 18Cr - 10Ni - Ti SUS347TB* 18Cr - 10Ni - Cb
316LW 321W 347W
842 1472 1472
450 800 800
842 842 842
450 450 450
316L SS321 SS347
G-3463*
A-268 TP 410
Seamless tubes 13Cr
410S
752
400
752
400
SS410
TP 410
Welded tubes 13Cr
410W
752
400
752
400
SS410
A-789 (S31803)
Welded duplex austenitic steel tubes: 22Cr - 5Ni - 3Mo 2205W
600
315
400
204
S2205
G3 © ICARUS Corporation, 1998.
28-38 ICARUS Reference JIS Non-Ferrous Tube Materials
JIS* or ASTM Spec and (Grade)
Internal Pressure
External Pressure
System Default Tubesheet Material (Plate)
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
Seamless copper and copper alloy tubes for use in surface condensers, evaporators and heat exchangers: Cu Cu - Al Cu - Ni 90/10 Cu - Ni 70/30
CA122 CA687 CA706 CA715
392 392 572 662
200 200 300 350
150 150 150 700
66 66 66 371
A285C A285C A285C A285C
CA443 CA444 CA445
437 450 450
225 232 232
350 350 350
176 176 176
A285C A285C A285C
(200) (201)
Seamless cold-drawn nickel tubes for general corrosive service: Ni Ni-Low C
NI200 NI201
600 1200
315 648
600 1000
315 537
NI200 NI201
H-4552* NCuT*
Monel Ni - Cu
MONEL
887
475
752
400
MONEL
INCNL or I600
1202
650
1000
537
INCNL
I800 I825
1472 1000
800 537
1000 700
537 371
I800 I825
800
426
800
426
HASTB
1000
537
1000
537
HASTC
H-3300*
C1220T* C6871T* C7060T* C7150T*
Admiralty Brass C4430T* (444) (445)
B-163
G-4904* Inconel NCF600TB* Ni - Cr - Fe
G-4904* Incoloy NCF800TB* Ni - Fe - Cr NCF825TB* Ni - Fe - Cr - Mo - Cu
B-619 (B)
Hastelloy Ni - Mo
HAST or HASTB HASTC
(C-276)
Ni - Mo - Cr
B-468 (20Cb)
Carpenter 20 Cr - Ni - Fe Mo - Cu - Cb
C 20
800
426
800
426
C 20
Titanium Ti
TI50A
662
350
600
315
TI50A
H-4650* TB35*
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-39
DIN Design Code - Plate Materials DIN Ferrous Plate Materials - Carbon Steel
DIN* or ASTM Spec and (Grade)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
DIN EN 10025-91* S235JRG1*
(structural steel)
A 36
650
343
—
—
DIN EN 10025-91*
Low and intermediate strength carbon steel plates of structural quality A 283C
662
350
na
na
1022
550
896 480
662
350
662 350
A 455
650
343
650 343
Carbon steel plates for pressure vessels for intermediate and higher temperature service: 19Mn5* A 515
662
350
662 350
Carbon steel plates for pressure vessels for moderate and lower temperature service: C - Si A 516
662
350
662 350
S235JRG2*
DIN 17155*
Low and intermediate strength steel plates for pressure vessels
HII*
DIN 17102* St E 355*
A-455
A 285 or A 285C or CS
Carbon-manganese-silicon steel plates for pressure vessels: C - Mn - Si A 299
Pressure vessel plates, carbon steel, high strength manganese
(A)
DIN 17155*
DIN 17102*
SIE315*
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-40 ICARUS Reference DIN Ferrous Plate Materials - Heat Treated Steel
DIN* or ASTM Spec and (Grade)
SEW 680*
SEW 680*
A-517
(A) (B) (E) (F)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
Nine percent nickel alloy steel plates, double normalized and tempered for pressure vessels: X8Ni9*
A 353
392
200
na
na
Eight and nine percent nickel alloy steel plate, quenched and tempered, for pressure vessels: X8Ni9*
A 553
392
200
na
na
High strength alloy steel plates, quenched and tempered, for pressure vessels: Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si Cr - Mn - Si
A517A A517B A517E A517F
650 650 650 650
343 343 343 343
na na na na
na na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-41 DIN Ferrous Plate Materials - Low Alloy Steel
DIN* or ASTM Spec and (Grade)
A 202
Description and Nominal Composition
(D) (E)
DIN 17155*
(B) (C)
Nickel alloy steel plates for pressure vessels: 14Ni6* 10Ni14* 3.5Ni 3.5Ni
Molybdenum alloy steel plates for pressure vessels: 15Mo3* C - .5Mo C - .5Mo
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates for pressure vessels: VdTUV Wbl.376 WB35* 17Mn Mo V64* VdTUV Wbl.377 WB36* 15Ni Cu Mo Nb5* VdTUV Wbl.378* VdTUV Wbl384 WB34*
(A) (G)
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Chromium-manganese-silicon alloy steel plates for pressure vessels
(A) (B)
SEW 680*
System Material Symbol
Internal Pressure
12Mn Ni Mo55* 13Mn Ni Mo54*
Pressure vessel plates, alloy steel, chromium-molybdenum: .5Cr - .5Mo .5Cr - .5Mo
A202A A 202 or A202B
1000 1000
537 537
900 482 900 482
A203A A203B A203D A203E
392 1000 392 392
200 537 200 200
392 200 900 482 122 50 392 200
A204A A204B A 204 or A204C
1022 1022 1000
550 550 537
752 400 752 400 900 482
A302A 977 A 302 or 1022 550 A302B A302C 1022 A302D 1022
525 900
900 482 482
550 550
900 482 900 482
A387A A387G
1022 1022
550 550
900 482 900 482
DIN 17155* DIN 17155*
13Cr Mo44* 13Cr Mo44*
A387B A387H
1157 1157
625 625
842 450 842 450
(C) (J)
1.25Cr - .5Mo - Si 1.25Cr - .5Mo - Si
A387C A387J
1157 1157
625 625
896 480 896 480
DIN 17155* VdTUV Wbl.404*
10Cr Mo910* 12Cr Mo910*
A387D A387K
1067 1067
575 575
896 480 896 480
VdTUV Wbl.007* VdTUV Wbl.007*
12Cr Mo195* 12Cr Mo195*
A387E A387L
1157 1157
625 625
896 480 896 480
(F) (M)
5Cr - .5Mo Cr - .5Mo
A387F A387M
1157 1157
625 625
896 480 896 480
G3 © ICARUS Corporation, 1998.
28-42 ICARUS Reference DIN Ferrous Plate Materials - Low Alloy Steel (continued)
DIN* or ASTM Spec and (Grade)
SEW 640*
(A)
Description and Nominal Composition
System Material Symbol
Manganese-molybdenum and manganese-molybdenum-nickel alloy steel plates, quenched and tempered, for pressure vessels: C - Mn - Mo 20 Mn Mo Ni55* 12 Mn Ni Mo55*
A533A A533B A533C
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
1022 797 797
550 425 425
na na na
na na na
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-43 DIN Ferrous Plate Materials - High Alloy Steel
DIN* or ASTM Spec and (Grade)
DIN 17440*
External Pressure
Maximum Degrees F C
Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels: X2 Cr Ni1911* X5 Cr Ni1810*
304L SS304
797 1472
425 800
752 400 1200 648
X2 Cr Ni Mo17132* X5 Cr Ni Mo17122* X6 Cr Ni Mo Ti 17122*
316L SS316 316TI
842 1472 1472
450 800 800
752 400 1200 648 1200 648
X2 Cr Ni Mo18164* X6 Cr Ni Ti1810* X6 Cr Ni Nb1810*
SS317 SS321 SS347 SS348
1472 1472 1472 1500
800 800 800 815
1200 1200 1200 1200
S2205
600
315
400 204
SS410 SS430
1202 1202
650 650
900 482 1200 648
(348) (2205)
Internal Pressure
Duplex 22Cr - 5Ni - 3Mo
DIN 17440*
G3 © ICARUS Corporation, 1998.
X10 Cr13* X6 Cr17*
648 648 648 648
28-44 ICARUS Reference DIN Non-Ferrous Plate Materials
DIN* or ASTM Spec and (Grade)
Internal Pressure
External Pressure Temp. Degrees F C
Description and Nominal Composition
System Material Symbol
Maximum Degrees F C
DIN 1745* A1100P*
Aluminum-alloy sheet and plate: Al Al Mn Cu* Al Mg 2.5* Al Mg 4.5* Mn* Al Mg 4 Mn* Al Mg 7.5 Si Cu*
A1100 A3003 A5052 A5083 A5086 A6061
392 392 392 150 150 392
200 200 200 66 66 200
DIN 17660*
Copper and copper alloys - Naval brass Cu Zn38 Sn1*
CA464
392
200
350 177
Copper plates for locomotive fireboxes: E Cu58* or E Cu59*
CU or CA110
392
200
150
Copper-silicon alloy plate and sheet for pressure vessels: Cu - Zn
CA655
350
176
350 176
Copper sheet, strip, plate, and rolled bar: SF-Cu
CA122
392
200
150
Copper-nickel alloy plate and sheet for pressure vessels: Cu Ni 30 Mn1 Fe*
CA715
662
350
662 350
DIN 1787*
B-96 (655)
DIN 1787*
DIN 17664*
na na na na na na
na na na na na na
66
66
na = material not selectable for vacuum design
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-45 DIN Non-Ferrous Plate Materials (continued) Internal Pressure
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
HAST or HASTB
800
426
800 426
HASTC
1000
537
1000 537
I800
1472
800
1000 537
(825)
Nickel-iron-chromium-molybdenumcopper alloy plate, sheet, and strip: Ni - Fe - Cr - Mo - Cu
I825
1000
537
700 371
B-463 (20Cb)
Carpenter 20 alloy plate, sheet and strip: Cr - Ni - Fe - Mo - Cu - Cb
C 20
800
426
800 426
INCNL or I600
1202
650
1000 537
NI or NI200 NI201
600 600 1200
315 315 648
600 315 600 315 1000 537
MONEL or M400
932
500
800 426
TI35A TI or TI50A
662 662 662
350 350 350
na na 600 315 600 315
DIN* or ASTM Spec and (Grade)
Description and Nominal Composition
B-333 (B)
Hastelloy: Ni - Mo
B-575 (C-276)
Hastelloy: Ni - Mo - Cr
VdTUV Wbl.412*Specification for nickel-iron- chromium alloy plate, sheet, and strip: NCF800* X10 Ni Cr Al Ti 3220*
B-424
VdTUV Wbl.305*Nickel-chromium-iron alloy plate, sheet, and strip, Inconel: Ni Cr15 Fe
B-162 (200)
Nickel plate, sheet, and strip: Ni
(201)
DIN 17750*
DIN 17860* 3.7025.10* 3.7035.10*
Ni-Low C
Nickel-copper alloy plate, sheet, and strip: Ni Cu 30 Fe F45*
Titanium and titanium alloy strip, sheet, and plate: Ti Ti
na = material not selectable for vacuum design
G3 © ICARUS Corporation, 1998.
28-46 ICARUS Reference
DIN Design Code - Clad Plate Materials Material Classification Description*
System Material Symbol
Grade
Vessel Base (Backing Material)** DIN 17102 A-204 (B)
C B C 70
A285C A204B A204C A 515
70 12 CL 1 12 CL 2 11 CL 1 11 CL 2 22 CL 1 22 CL 2
A 516 A387B A387H A387C A387J A387D A387K
304 304L 316 316L 321 347 410 430
SS304 304L SS316 316L SS321 SS347 SS410 SS430
200 201
NI200 NI201
Monel NCUP
400
MONEL
VdTUV Wbl.305* Ni Cr15 Fe
600
INCNL
Ni-Fe-Cr
800
I800
Ni-Fe-Cr-Mo-Cu
825
I825
20Cb
C 20
Titanium
2
TI
Hastelloy B
B
HASTB
Hastelloy C
C-276
HASTC
ASTM ASTM
DIN 17155 DIN 17102 DIN 17155 DIN 17155 A-387 (C) A-387 DIN 17155 DIN 17155
St E 355 A-204 A-204 19 Mn5
SIE 315 13Cr Mo44 13Cr Mo44 ASTM A-387 ASTM A-387 10Cr Mo 910 10Cr Mo 910
Cladding Material (Process Side) Stainless steel type DIN 17440 X5 Cr Ni189* X2 Cr Ni189* X5 Cr Ni Mo1810* X2 Cr Ni Mo1810* X10 Cr Ni Ti189* X10 Cr Ni Nb1810* X10 Cr13* X8 Cr17* Nickel alloy
Carpenter 20
*
See Plate Materials (German Code) for further material descriptions.
** Only these base materials may be used with the above list of cladding materials. No other combination may be selected.
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-47
DIN Design Code - Tube Materials DIN Ferrous Tube Materials - Carbon Steel DIN* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
DIN 2391* Seamless cold-drawn low-carbon steel heat exchanger and condenser tubes St 35GBK* A 179 NBK*
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
1022
550
752
400
A285C
DIN 1629* Seamless carbon steel boiler tubes for high-pressure service St 37.0* A 192
1000
537
900
482
A 515
DIN 1629* Seamless medium carbon steel boiler and superheater tubes St 44.0* A210A St 52.0* A210C
1022 1022
550 550
900 900
482 482
A 515 A 515
DIN 2393* Electric-resistance-welded carbon steel heat exchanger and condenser tubes St 37-2 NBK*
A 214
1022
550
900
482
A 515
SEW 680* Seamless carbon steel tubes for low temperature service TTSt 35N* (B)
A334A A334B
650 392
343 200
650 392
343 200
A 442 A 442
G3 © ICARUS Corporation, 1998.
28-48 ICARUS Reference DIN Ferrous Tube Materials - Low Alloy Steel DIN* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
Seamless cold-drawn intermediate alloy steel heat exchanger and condenser tubes: DIN 17175* 13Cr Mo44* DIN 17175* 10Cr Mo910* (T21) 3Cr - .9Mo VdTUV007* 12Cr Mo195G
A199C A199D A199E A199F
1202 1202 1200 1202
650 650 648 650
900 900 900 900
482 482 482 482
A387C A387D A387E A387F
Seamless carbon-molybdenum alloy steel boiler and superheater tubes: DIN 17175* 15 Mo3* (T1A) C - .5Mo (T1B) C - .5Mo
A 209 A209A A209B
1022 1022 1000
550 550 537
900 900 900
482 482 482
A 204 A 204 A 204
Seamless ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: (T2) .5Cr - .5Mo DIN17175* 13Cr Mo44* DIN17175* 13Cr Mo44* DIN17175* 10Cr Mo910* (T21) 3Cr -.9Mo VdTUV007* 12Cr Mo195G*
A213A A213B A213C A213D A213E A213F
1022 1202 1200 1200 1200 1200
550 650 648 648 648 648
900 900 900 900 900 900
482 482 482 482 482 482
A387A A387B A387C A387D A387E A387F
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-49 DIN Ferrous Tube Materials - High Alloy Steel DIN* or ASTM Spec and (Grade)
Description and Nominal Composition
System Material Symbol
DIN 17458*Seamless Ferritic and austenitic alloy steel boiler, superheater, and heat exchanger tubes: X5Cr Ni1810* 304S X2Cr Ni1911* 304LS X5Cr Ni Mo17122* 316S
Internal Pressure
External Pressure
Maximum Degrees F C
Temp. Degrees F C
System Default Tubesheet Material (Plate)
1472 797 1472
800 425 800
842 752 842
450 400 450
SS304 304L SS316
X2Cr Ni Mo18143* X6Cr Ni Ti1810* X6Cr Ni Nb1810* X10 Cr13*
316LS 321S 347S 410S
842 1472 1472 752
450 800 800 400
842 842 842 752
450 450 450 400
316L SS321 SS347 SS410
DIN 17457* Welded austenitic steel boiler superheater, heat exchanger, and condenser tubes: X5Cr Ni1810* X2Cr Ni1911* X5Cr Ni Mo17122*
304W 304LW 316W
1472 797 1472
800 425 800
842 752 842
450 400 450
SS304 304L SS316
X2Cr Ni Mo18143* X6Cr Ni Ti1810* X6 Cr Ni Nb 1810* X10 Cr 13*
316LW 321W 347W 410W
842 1472 1472 752
450 800 800 400
842 842 842 752
450 450 450 400
316L SS321 SS347 SS410
Welded duplex austenitic steel tubes: 22Cr - 5Ni - 3Mo 2205W
600
315
400
204
S2205
A-789 (S31803)
G3 © ICARUS Corporation, 1998.
28-50 ICARUS Reference DIN Non-Ferrous Tube Materials DIN* or ASTM Spec and (Grade)
Internal Pressure
External Pressure
System Material Symbol
Maximum Degrees F C
Temp. Degrees F C
Seamless copper and copper alloy tubes for use in surface condensers, evaporators and heat exchangers: DIN 1787* SF Cu* DIN 1785* Cu Zn20 Al2* DIN 17664* Cu Ni10 Fe1 Mn* DIN 17664* Cu Ni30 Mn1 Fe*
CA122 CA687 CA706 CA715
392 392 572 662
200 200 300 350
150 150 150 700
66 66 66 371
A285C A285C A285C A285C
Admiralty Brass DIN 1785* Cu Zn28 Sn1* (444) (445)
CA443 CA444 CA445
437 450 450
225 232 232
350 350 350
176 176 176
A285C A285C A285C
Seamless cold-drawn nickel tubes for general corrosive service: DIN 17752* LC Ni 99F34* (201) Ni-Low C
NI200 NI201
600 1200
315 648
600 1000
315 537
NI200 NI201
DIN 17751* Monel Ni Cu30 Fe F45
MONEL
887
475
752
400
MONEL
INCNL or I600
1202
650
1000
537
INCNL
I800 I825
1472 1000
800 537
1000 700
537 371
I800 I825
800
426
800
426
HASTB
1000
537
1000
537
HASTC
Description and Nominal Composition
VdTUV Wbl.305* Inconel Ni Cr15 Fe*
VdTUV Wbl.412* Incoloy X10 Ni Cr Al Ti 3220* VdTUv Wbl.432* Ni Cr21 Mo*
B-619 (B)
Hastelloy Ni - Mo
HAST or HASTB HASTC
System Default Tubesheet Material (Plate)
(C-276)
Ni - Mo - Cr
B-468 (20Cb)
Carpenter 20 Cr - Ni - Fe Mo - Cu - Cb
C 20
800
426
800
426
C 20
Titanium Ti
TI50A
662
350
600
315
TI50A
B-338 (2)
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-51
Lining Materials Brick: Acid-Resistant Applied Over Membrane-Lined Carbon Steel
Lining Material Description
INCHES
MM
System Material Symbol
Red shale brick
2.5 4.5 8.0
62 112 200
25RSB 45RSB 80RSB
Fireclay, 30 percent alumina
2.5 4.5 9.0
62 112 225
25AFC 45AFC 90AFC
Brick: Firebrick
Lining Material Description
INCHES
MM
System Material Symbol
Insulating firebrick
2.5 4.5 9.0
62 112 225
25IFB 45IFB 90IFB
60 percent alumina firebrick
2.5 4.5 9.0
62 112 225
25FB6 45FB6 90FB6
90 percent alumina firebrick
2.5 4.5 9.0
62 112 225
25FB9 45FB9 90FB9
G3 © ICARUS Corporation, 1998.
28-52 ICARUS Reference Monolithic Lining
Lining Material Description
System Material Symbol
Applied to surface with anchors on 12 INCH [300 MM] centers 50 percent alumina refractory gunning mix 90 percent alumina refractory gunning mix 90 percent alumina castable refractory
GUNA5 GUNA9 CASA9
Applied to bare surface 50 percent alumina refractory gunning mix 90 percent alumina refractory gunning mix 90 percent alumina castable refractory
GUN50 GUN90 CAS90
Applied over wire mesh reinforcement Gunite
GUNIT
Abrasion Resistant Linings; Replaceable Only for use with: • equipment items – water cyclones and linings • plant bulk items – steel fabricated plate
Lining Material Description
System Material Symbol
Replaceable ceramic liner backed with urethane elastomer for light abrasion and light impact
CERML
Replaceable ceramic liner backed with urethane elastomer for medium abrasion and light impact
CERMM
Replaceable ceramic liner backed with urethane elastomer for heavy abrasion and light impact
CERMH
Replaceable ceramic liner backed with urethane elastomer for heavy abrasion and heavy impact
CERMV
Replaceable abrasion-resistant steel plate lining (1 INCH [25 MM] thick unless otherwise specified)
ABRPL
Replaceable rubber lining (1 INCH [25 MM] thick unless otherwise specified)
REPRB
Replaceable SS304 plate lining (1 INCH [25 MM] thick unless otherwise specified)
LS304
Replaceable SS316 plate lining (1 INCH [25 MM] thick unless otherwise specified)
LS316
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-53 Linings: Organic, Glass, Metallic
Lining Material Description
System Material Symbol
Asphaltic Resin Lining (over Carbon Steel)
ASRSN
Epoxy Resin Lining (over Carbon Steel)
EPLCS
Phenolic Resin Lining (over Carbon Steel)
PHRSN
Kynar Sheet Lining (over Carbon Steel)
PVDF
Teflon Sheet Lining (over Carbon Steel)
TFELS
Glass Lining (over Carbon Steel)
GSLCS
1/4 INCH [6 MM] Butyl Rubber Lining (over Carbon Steel)
BUTYL
1/4 INCH [6 MM] Neoprene Sheet Lining (over Carbon Steel)
NEPNE
1/4 INCH [6 MM] Soft Natural Rubber Sheet Lining (over Carbon Steel)
NATRB
1/4 INCH [6 MM] Nitrile Rubber Lining (over Carbon Steel)
NITRL
1/4 INCH [6 MM] Hypalon Rubbler Lining (over Carbon Steel)
HYPLN
1/4 INCH [6 MM] Ebonite Lining (over Carbon Steel)
EBONT
16 PSF [80 KG/M2] Chemical Lead Lining
CLEAD
Inorganic Zinc Coating applied by brush to 3 M [0.08 MM] thickness
I-ZN
Flame sprayed Zinc Coating 8 MIL [0.20 MM] thickness
ZNMZL
G3 © ICARUS Corporation, 1998.
28-54 ICARUS Reference
Casting Materials
Material Classification
Casting Material Description
System Material Symbol
Aluminum Alloys
Aluminum
AL
Iron and Steel Alloys
Low-Alloy Steel Grade B Low-Alloy Steel Grade E Low-Alloy Steel Grade C Low-Alloy Steel
A203B A203E A 204 A 283
Carbon Steel Low-Alloy Steel Grade B Low-Alloy Steel Grade A Low-Alloy Steel Grade B Low-Alloy Steel Grade C
A 299 A 302 A387A A387B A387C
Low-Alloy Steel Grade D Low-Alloy Steel Grade E Carbon Steel Grade 60 Carbon Steel Carbon Steel Grade 70
A387D A387E A 442 A 455 A 515
Carbon Steel Grade 70 Low-Alloy Steel Grade 1A Low-Alloy Steel Grade 1B Low-Alloy Steel Grade 1C 9 Percent Nickel Steel Carbon Steel Cast Iron
A 516 A533A A533B A533C A 553 CS CI
Type 304 Stainless Steel Type 304L Stainless Steel Type 316 Stainless Steel
SS304 or SS 304L SS316
Type 316L Stainless Steel Type 321 Stainless Steel Type 347 Stainless Steel Type 410 Stainless Steel Type 430 Stainless Steel
316L SS321 SS347 SS410 SS430
Other Alloys
Nickel Inconel Monel Titanium Carpenter 20
NI INCNL MONEL TI C 20
Other Materials Available Only On Pumps Where Designated
SS304 Impeller, CS Casing SS316 Impeller, CS Casing Goulds Alloy 20 High Nickel Alloy High Nickel Alloy Cast Steel
304SF 316SF GAL20 ISO B ISO C CASTS
Stainless Steel Alloys
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-55
Packing Materials Size Packing Type
INCHES
MM
Packing Material
Packing Type Symbol
Activated carbon
—
—
Carbon
ACT-C
Alumina
—
—
Alumina
ALMNA
Berl saddles
0.5 0.75 1.0 1.5
15 20 25 40
Ceramic
0.5CBS .75CBS 1.0CBS 1.5CBS
Berl saddles
0.5 0.75 1.0 1.5
15 20 25 40
Porcelain
0.5PBS .75PBS 1.0PBS 1.5PBS
Calcium chloride
—
—
Calcium chloride
CACL
Coke
—
—
Coke
COKE
Crushed limestone
—
—
Limestone
LIME
Crushed stone
—
—
Stone
STONE
Dirt (earth)
—
—
Earth
DIRT
Gravel
—
—
Gravel
GRAVEL
INTALOX saddles
0.5 1.0 1.5 2.0
15 25 40 50
Ceramic
0.5CIS 1.0CIS 1.5CIS 2.0CIS
INTALOX saddles
0.5 1.0 1.5 2.0
15 25 40 50
Porcelain
0.5PIS 1.0PIS 1.5PIS
Pall rings
0.5 1.0 1.5 2.0
15 25 40 50
Polypropylene
0.5PPR 1.0PPR 1.5PPR 2.0PPR
Pall rings
0.5 1.0 1.5 2.0
15 25 40 50
Stainless steel
0.5SPR 1.0SPR 1.5SPR 2.0SPR
G3 © ICARUS Corporation, 1998.
2.0PIS
28-56 ICARUS Reference Packing Materials (continued) Size
Packing Type Symbol
Packing Type
INCHES
MM
Packing Material
Raschig rings
0.5 0.75 1.0 1.5 2.0 3.0
15 20 25 40 50 75
Ceramic
0.5CRR .75CRR 1.0CRR 1.5CRR 2.0CRR 3.0CRR
Raschig rings
1.0 1.5 2.0 3.0
25 40 50 75
Porcelain
1.0PRR 1.5PRR 2.0PRR 3.0PRR
Raschig rings
1.0 1.5 2.0 3.0
25 40 50 75
Stainless steel
1.0SRR 1.5SRR 2.0SRR 3.0SRR
Raschig rings
1.0 1.5 2.0 3.0
25 40 50 75
Carbon steel
1.0FRR 1.5FRR 2.0FRR 3.0FRR
Resin
—
—
Resin
RESIN
Sand
—
—
Sand
SAND
Silica gel
—
—
Silica gel
S-GEL
Tellerettes H.D.
1.0
25
Polyethylene
HD-P-T
Tellerettes L.D.
1.0
25
Polyethylene
LD-P-T
13X Molecular Sieve
13XMS
PVC Structured Packing 68 SF/CF [223 M2/M3]
68PVC
CPVC Structured Packing 68 SF/CF [223 M2/M3]
68CPVC
Cascade rings
1.0 2.0 3.0
25 50 75
Ceramic
1.0CCR 2.0CCR 3.0CCR
Cascade rings
1.0 2.0 3.0
25 50 75
Polypropylene
1.0PCR 2.0PCR 3.0PCR
- continued -
© ICARUS Corporation, 1998. G3
Chapter 28: Material Selections 28-57 Packing Materials (continued) Size Packing Type
INCHES
MM
Packing Material
Cascade rings
1.0 1.5 2.0 3.0 4.0
25 40 50 75 100
Stainless steel
G3 © ICARUS Corporation, 1998.
Packing Type Symbol
1.0SCR 1.5SCR 2.0SCR 3.0SCR 4.0SCR
28-58 ICARUS Reference
© ICARUS Corporation, 1998. G3
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