Inconel 601 pipe

Inconel 601 Pipe

ASTM or American Society for Test Material and SAE or Society of Automotive Engineers develop unique numbers to identify alloys. The Inconel superalloy with nickel-chromium combination has many trade numbers. It includes the ASTM and UNS or unified number systems for identification in various countries.

The UNS N06601 welded pipe has the unique quality of high oxidation resistance. It resists oxidation even at a high temperature of around 2200 degrees Fahrenheit or 1100 degrees Celsius.

Inconel 601 pipe has high corrosion resistance in various mediums to be suitable for many applications. It is because of being made from the most versatile superalloy of nickel-chromium-Iron-Aluminium composition.

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Find UAE’s lowest-cost cut-to-size suppliers of alloy 601 pipe. Compare Inconel 600 and 601 seamless pipe

Inconel alloy 601 pipe specifications


Inconel 601 Pipe Specification

For larger sizes, please get in touch with the United Arab Emirates-based Inconel 601 pipe suppliers mentioned above.
Inconel alloy 601 seamless pipe Inconel 601 welded pipe UNS N06601 Thick walled pipe
  • OD : 3-600mm
  • Wall thickness: 0.5 – 30mm
  • Length: 0.5-12 meter

Inconel 601 pipe suppliers offer sizes as per ASME B36.10 / ASME B36.19

  • Custom sizes
  • OD : 6-200mm
  • Wall thickness: 0.35 – 6.00mm
  • Length: 0.5-12 meter
  • OD : 10 – 600mm
  • Wall thickness:2.5 – 100 mm
  • Length: 0.5-12 meter
WNR 2.4851 annealed pipe density Alloy 601 clad pipe melting point Werkstoff NR. 2.4851 exhaust pipe temperature range
8.1 g/cm3 1360°C to 1411°C (2480°F to 2571°F) (-196°C/-321°F) up to 1250°C (2282°F)
Nickel alloy 601 welded pipe schedule 2.4851 Inconel 601 pipe ASTM Standard Nickel 601 pipe OD
Sch 10 to XXH
  • ASTM B167/ ASME SB167
 1/2″ through 6″
UNS N06601 pipe standards UNS 6601 pipes manufacturing types EN 2.4851 cold drawn pipe finish
  • ASTM B751
  • ASTM B775
  • ASTM B829
  • EFW
  • Welded
  • Fabricated
  • Seamless
  • LSAW
  • CEW
  • Electric Resistance Welded (ERW)
  • CDW
  • DOM
  • Bright
  • Cold Finish
  • Mill finish
  • Annealing
  • Pickling
  • custom
  • Polished
UNS N06601 pipes form Type of nicr23fe pipe Manufacturing methods of DIN 2.4851 pipes
  • Rectangular
  • Pan Cake Coils
  • Hydraulic
  • Square
  • Hollow
  • Round
  • Straight
  • U Shape
  • Coiled
  • DIN 2.4851 seam welded pipe
  • Nickel alloy 601 exhaust pipe
  • UNS N06601 welded pipe
  • Inconel 601 seamless pipe
  • Nickel alloy 601 seam welded pipe
  • EN 2.4851 cold drawn pipe
  • UNS N06601 cold finished pipe
  • WNR 2.4851 annealed pipe
  • 2.4851 Inconel 601 bright annealed pipe
  • UNS 6601 round pipe
  • Nicr23fe clad pipe
  • Alloy 601 hot finished pipe
  • Inconel alloy 601 hot finished seamless pipe
  • Nickel 601 rectangular pipe
  • Inconel alloy 601 solution annealed pipe
  • Werkstoff NR. 2.4851 square pipe
  • Inconel 601 cold finished seamless pipe

Compare our price and response time to other Inconel 601 pipe stockists.

  • Cold Formed
  • Precision Rolled
  • Cold drawn
  • Hot formed
Nickel alloy 601 seam welded pipe services WNR 2.4851 cold finished pipe length Supply DIN 2.4851 round pipe in following brand
  • Machining
  • Beveling
  • Threading
  • Cut-to-length services
  • Welding

To communicate directly with listed Inconel 601 pipe stockists, stockholders, and distributors for these services, use chat or email.

  • Double Random
  • Standard
  • Cut Length
  • Single
  • Lincoln
  • Metrode
  • Esab
  • BOHLER
  • Tubacex Tubos Inoxidables S.A., Spain
  • Sumitomo Metals, Japan
  • Special Metals USA
  • Kobe Special Tube, Japan
  • Sanyo Special Steel, Japan
  • Seah Steel Corporation, Korea
  • Nippon Steel Corporation, Japan
  • Schoeller Bleckmann, Austria
Origin standards of Inconel 601 rectangular pipe Certification of EN 2.4851 square pipe UNS N06601 bright annealed pipe features
  • Russia Standard
  • European Standard
  • Janpanese Standard
  • American Standard
  • Third Party Inspection Report
  • Fumigation Certificates
  • Raw Materials Certificate
  • Form A for Generalized System of Preferences (GSP)
  • EN 10204/3.1B, EN 10204 3.1 and EN 10204 3.2 Material Test Certificates (MTC)
  • Moisture testing report
  • Heat Treatment Charts
  • DFARS compliant
  • Surface roughness measurement
  • HS Code Commercial Invoice
  • Laboratory Test Certificate from Govt. Approved Lab
  • Piping systems, heat exchangers, and components exposed to corrosive chemicals and high temperatures.
  • Gas turbine components, burner tubes, and heat exchangers in fossil fuel and nuclear power plants.
  • Reactor vessels, heat exchangers, and piping systems handling hot, corrosive chemicals.
  • Engine components, exhaust manifolds, and other high-temperature parts.
Nickel alloy 601 solution annealed pipe marking WNR 2.4851 Elongation Alloy 601 hot finished seamless pipe applications
  • Material Grade
  • Nominal Size
  • Heat Number
  • Specification
  • Schedule or Wall Thickness
  • Manufacturer’s Name or Custom Logo – on request
  • Method of Manufacturing (Seamless / Welded)
35% to 55%
  • Aerospace
  • Power generation
  • Catalyst support grids
  • Radiant tubes
  • Heat treatments
  • Chemical processing

For more than five years, Mauritius, the United Arab Emirates, Egypt, the Morocco, Oman, and Bahrain, have benefited from the supply of Inconel 601 pipe from these suppliers. This supply’s physical confirmation has been verified.

Inconel alloy 601 pipe common trade names Werkstoff NR. 2.4851 pipes maximum operating temperature Hardness range of nicr23fe seamless pipe
  • Inconel 601®
  • Pyromet® 601
  • Nicrofer® 601
1250°C (2282°F) 60-80
UNS N06601 welded pipe packaging 2.4851 Inconel 601 pipe inspection plan Nickel alloy 601 seam welded pipe end type
  • PE Fabric Bundles
  • Crates (steel/wooden)
  • Special crates for with each radius separated
  • Custom
  • Wooden Boxes
  • Wrapped in plastic or standard seaworthy export packing
  • Bundles (hexagonal)
  • Mechanical test
  • Flaring Test
  • Destructive test
  • Chemical test
  • Non destructive test
  • Visual inspection test
  • Third party inspection test
  • PMI test
  • Nabl approved lab test

Straight communication with the distributors, dealers, and Inconel 601 pipe stockists listed above for the above mentioned test

  • BLE:Bevel Large End
  • Threaded Ends (TE)
  • Bevelled Ends (BW)
  • BE:Bevel End
  • TLE:Thread Large End
  • Plain Ends (PE)
  • TSE:Thread Small End
  • BSE:Bevel Small End
  • BW:Buttweld End
  • PE:Plain End
  • PBE:Plain Both Ends
  • POE:Plain One End
  • BOE:Bevel One End
  • Grooved Ends
  • TBE:Thread Both Ends
  • TOE:Thread One End
  • BBE:Bevel Both Ends
  • TE:Thread End
WNR 2.4851 annealed pipe equipment UNS N06601 clad pipe documentation offered Nickel 601 exhaust pipe delivery time
  • Bending machine
  • Pushing Machine
  • Press machine
  • Sand-blasting machine
  • Electric bevelling machine
  • Copy of Packing List indicating details of Sizes, quantity, weight, thickness etc.
  • Manufacturer’s Mill Test Certificate certifying, Heat No, finish, Chemical Composition, Grade etc.,
  • Bill of Lading.
  • Copy of Invoice
  • Country of Origin Certificate (Original)
  • Generally it is 7-10 days if its in stock
  • 15-20 days if its not in stock
  • 4-7 days for Qatar, Bahrain, Saudi Arabia, & Oman
UNS 6601 cold drawn pipe SWG Get Inconel 601 pipe suppliers with below approval UNS N06601 welded pipe welding method
  • 10 Swg.
  • 12 Swg.
  • 14 Swg.
  • 16 Swg.
  • 18 Swg.
  • 20 Swg.
  • Aramco
  • QAFCO
  • ALBA
  • MAADEN
  • EGPC
  • KNPC
  • Qatar Petroleum
  • KOC
  • ADNCO
  • ORPIC
  • SABIC
  • PETRONAS
  • NPDC
  • GMAW including both MIG and MAG
  • TIG
  • FCAW
  • SMAW
  • Submerged arc welding

Locate a reputable Middle East stockist of Inconel 601 seamless pipe that provides a variety of standards and finishes. verify the temperature ranges

Complete information of WNR 2.4851 pipe

Grade WNR ASTM Other standards Temprature Nickel content Strength Lifespan
Inconel 601 WNR  2.4851 ASTM B751, ASTM B775, ASTM B829
  • 1600-2250°F
  • 870-1230°C
58-63%
  • Yield: 205 Mpa
  • Tensile:550 MPa
over 70 years

Alloy 601 pipe gauge chart

Gauge No. B.W.G U.S.G
inch mm inch mm
6 0.203 5.156 0.2031 5.16
7 0.180 4.572 0.1875 4.76
8 0.165 4.191 0.1719 4.37
9 0.148 3.759 0.1563 3.97
10 0.134 3.404 0.1406 3.57
11 0.120 3.048 0.1250 3.18
12 0.109 2.769 0.1094 2.78
13 0.095 2.413 0.0938 2.38
14 0.083 2.108 0.0781 1.98
15 0.072 1.829 0.0703 1.79
16 0.065 1.651 0.0625 1.59
17 0.058 1.473 0.0563 1.43
18 0.049 1.245 0.0500 1.27
19 0.042 1.067 0.0438 1.11
20 0.035 0.889 0.0375 0.953
21 0.032 0.813 0.0344 0.873
22 0.028 0.711 0.0313 0.794
23 0.025 0.635 0.0218 0.714
24 0.022 0.559 0.0250 0.635
25 0.020 0.508 0.0219 0.556
26 0.018 0.457 0.0188 0.478
27 0.016 0.406 0.0172 0.437
28 0.014 0.356 0.0156 0.396
29 0.013 0.330 0.0141 0.358
30 0.012 0.305 0.0125 0.318
31 0.010 0.254 0.0109 0.277
32 0.009 0.229 0.0102 0.259
33 0.008 0.203 0.0094 0.239
34 0.007 0.178 0.0086 0.218
35 0.005 0.127 0.0078 0.198

Weight chart of nickel alloy 601 pipe

Nominal Pipe Size Outside Diameter Weight Weight Wall Thickness
Sched inches millimeter pound-foot kilogram-meter inches millimeter
1/2 40 STD 0.840 21 0.851 1.268 0.109 2.769
80 STD 1.088 1.621 0.147 3.734
3/4″ 40 STD 1.050 27 1.131 1.684 0.113 2.870
80 STD 1.474 2.195 0.154 3.912
1″ 40 STD 1.315 33 1.679 2.501 0.133 3.378
80 STD 2.172 3.325 0.179 4.547
1 1/4″ 40 STD 1.660 42 2.273 3.385 0.140 3.556
80 STD 2.997 4.464 0.191 4.851
1 1/2″ 40 STD 1.900 48 2.718 4.048 0.145 3.683
80 STD 3.361 5.409 0.200 5.080
2″ 40 STD 2.375 60 3.653 5.441 0.154 3.912
80 STD 5.022 7.480 0.218 5.537
2 1/2″ 40 STD 2.875 73 5.793 8.629 0.203 5.516
80 STD 7.661 11.411 0.276 7.010
3″ 40 STD 3.500 89 7.576 11.284 0.216 5.486
80 STD 10.253 15.272 0.300 7.620
4″ 4.500 114 10.790 16.073 0.237 6.020
14.983 22.318 0.337 8.560
6″ 6.625 168 12.924 19.252 0.188 4.775
13.923 20.739 0.203 5.516
14.983 22.318 0.219 5.563
17.021 25.354 0.250 6.350
40 STD 18.974 58.263 0.280 7.112
21.036 31.334 0.312 7.925
25.031 37.285 0.375 9.525
80 XHY 28.573 42.561 0.432 10.973
32.708 48.719 0.500 12.700
8″ 8.625 219 16.940 25.233 0.188 4.775
18.259 27.198 0.203 5.156
19.661 29.286 0.219 5.563
20 22.361 33.308 0.250 6.350
30 24.696 36.786 0.277 7.036
40 28.554 42.352 0.322 8.179
33.041 49.216 0.375 9.525
60 35.638 53.085 0.406 10.312
80 XHY 43.388 64.627 0.500 12.700
10″ 10.750 273 21.207 31.588 0.188 4.775
24.631 36.689 0.219 5.563
20 28.035 41.759 0.250 6.350
30 34.240 51.002 0.307 7.798
38.231 56.946 0.344 8.738
40 STD 40.483 63.301 0.365 9.271
48.238 71.852 0.438 11.125
60 XHY 54.735 81.530 0.500 12.700
80 64.429 95.969 0.594 15.088
12″ 12.750 324 25.222 37.570 0.188 4.775
29.309 43.657 0.219 5.563
33.375 49.713 0.250 6.350
37.420 55.739 0.281 7.137
41.445 61.735 0.312 7.925
49.562 73.824 0.375 9.525
53.525 79.727 0.406 10.312
65.415 97.438 0.500 12.700
73.154 108.966 0.562 14.275
14″ 14.000 356 27.732 41.308 0.188 4.775
32.233 48.012 0.219 5.563
20 36.713 54.685 0.250 6.350
41.172 61.327 0.281 7.137
45.611 67.939 0.312 7.925
STD 54.568 81.281 0.375 9.525
40 63.441 94.498 0.438 11.125
XHY 72.090 107.381 0.500 12.700
89.278 132.983 0.625 15.875
16” 16.000 406 21.748 47.290 0.188 4.775
36.910 54.980 0.219 5.563
10 42.053 62.639 0.250 6.350
47.174 70.268 0.281 7.137
20 52.275 77.866 0.312 7.925
57.519 85.677 0.344 8.738
30
STD
62.578 93.213 0.375 9.525
72.797 108.433 0.438 11.125
40
XHY
82.770 123.289 0.500 12.700
18″ 18.000 457 41.588 61.948 0.219 5.563
47.393 70.593 0.250 6.350
53.176 79.208 0.281 7.137
20 58.939 87.792 0.312 7.925
STD 70.588 105.144 0.375 9.525
30 82.152 122.369 0.438 11.125
XHY 93.450 139.198 0.500 12.700
40 104.666 155.904 0.562 14.275
115.978 172.754 0.625 15.875
20″ 20.000 508 52.733 78.547 0.250 6.350
59.386 88.458 0.282 7.163
65.604 97.719 0.312 7.925
20 STD 78.598 117.075 0.375 9.525
91.508 136.305 0.438 11.125
30 XHY 104.130 155.106 0.500 12.700
40 123.110 183.378 0.594 15.088
129.328 192.640 0.625 15.875
141.901 211.368 0.688 17.475
24″ 24.000 610 63.413 94.456 0.250 6.350
71.183 106.029 0.281 7.137
18.932 117.573 0.312 7.925
20 STD 64.618 140.938 0.375 9.525
110.219 164.176 0.438 11.125
XHY 125.490 186.923 0.500 12.700
156.028 232.410 0.625 15.875
40 171.293 255.148 0.688 17.475
186.233 277.401 0.750 19.050
30″ 30.000 762 79.433 118.318 0.250 6.350
89.189 132.851 0.281 7.137
10 98.925 147.353 0.312 7.925
STD 118.648 176.731 0.375 9.525
138.286 205.983 0.438 11.125
20 XHY 157.530 234.647 0.500 12.700
30 196.078 292.066 0.625 15.875
215.380 320.817 0.688 17.475
234.293 348.988 0.750 19.050
36″ 36.000 914 95.453 142.180 0.250 6.350
107.196 159.672 0.281 7.137
10 118.918 177.133 0.312 7.925
STD 142.678 215.525 0.375 9.525
166.353 247.790 0.438 11.125
20 XHY 198.570 282.372 0.500 12.700
236.128 351.723 0.625 15.875
259.467 386.487 .688 17.475
282.353 420.576 0.750 19.050
42″ 42.000 1067 138.911 206.914 0.312 7.925
STD 166.708 248.319 0.375 9.525
XHY 221.610 33.097 0.500 12.700
330.413 492.163 0.750 19.050
48″ STD 48.000 1219 190.738 284.112 0.375 9.525
222.487 331.404 0.438 11.125
XHY 253.650 377.822 0.500 12.700
378.473 563.750 0.750 19.050
440.383 655.969 0.875 22.225

Inconel 601 pipe types

Alloy 601 round pipe

Alloy 601 round pipe

Inconel 601 seamless pipe

Inconel 601 seamless pipe

UNS N06601 welded pipe

UNS N06601 welded pipe

WNR 2.4851 annealed pipe

WNR 2.4851 annealed pipe

Nickel alloy 601 seam welded pipe

Nickel alloy 601 seam welded pipe

Inconel 601 cold finished pipe

Inconel 601 cold finished pipe

2.4851 Inconel 601 pipe equivalent

Standards Country Value
UNS North America N06601
WNR Russia 2.4851
ASTM America B167
ASME Australia SB167
JIS Japan NCF 601
BS United Kingdom NA 49
GOST Russia XH60BT
AFNOR France NC23FeA
EN Europe NiCr23Fe
AMS United States
ANSI America
SAE United States
AS Australia
DIN German

UNS 6601 pipe size chart/p>

Inconel 601 pipe OD (millimeter) Sch kilogram-meter inches Pipe WT(millimeter)
26.67 80S 2.23 3/4 3.91
33.40 10S 2.13 1 2.77
114.30 40S 16.32 4 6.02
17.15 80S 1.12 3/8 3.20
21.34 40S 1.29 1/2 2.77
141.30 160 49.87 5 15.882
21.34 80S 1.65 1/2 3.73
168.28 80S 43.21 6 10.97
33.40 40S 2.54 1 3.38
33.40 160 4.30 1 6.352
42.16 10S 2.73 2.77
42.16 40S 3.44 3.56
114.30 10S 8.50 4 3.05
42.16 80S 4.53 4.85
73.03 80S 11.59 7.01
88.90 10S 6.56 3 3.05
13.72 80S 0.81 1/4 3.02
17.15 40S 0.86 3/8 2.31
88.90 40S 11.47 3 5.49
219.08 40S 43.20 8 8.18
42.16 160 5.69 6.352
48.26 80S 5.49 5.08
60.33 10S 3.99 2 2.77
48.26 40S 4.11 3.68
60.33 80S 7.60 2 5.54
21.34 10S 1.02 1/2 2.11
60.33 160 11.29 2 8.742
88.90 80S 15.51 3 7.62
60.33 40S 5.52 2 3.91
48.26 10S 3.16 2.77
88.90 160 21.67 3 11.132
101.60 10S 7.53 3.05
168.28 120 54.75 6 14.27
114.30 80S 22.67 4 8.56
101.60 40S 13.78 5.74
26.67 10S 1.30 3/4 2.11
26.67 40S 1.71 3/4 2.87
101.60 80S 18.92 8.08
73.03 10S 5.35 3.05
73.03 40S 8.77 5.16
114.30 160 34.05 4 13.492
13.72 10S 0.50 1/4 1.65
13.72 40S 0.64 1/4 2.24
33.40 80S 3.29 1 4.55
168.28 160 68.59 6 18.262
219.08 120 91.30 8 18.23
141.30 40S 22.10 5 6.55
17.15 10S 0.64 3/8 1.65
168.28 10S 14.04 6 3.4
219.08 80S 65.63 8 12.7
168.28 40S 28.69 6 7.11
141.30 80S 31.44 5 9.53
219.08 160 112.97 8 23.012

Pressure rating of EN 2.4851 pipe

Outside Diameter of the Pipe(inches) Pipewall Thickness (inches)
.028 .035 .049 .065 .083 .095 .109 .120
Working Pressure (pounds per square inch gauge)
1/8 7900 10100
1/4 3700 4800 7000 9500
5/16 3700 5400 7300
3/8 3100 4400 6100
1/2 2300 3200 4400
3/4 2200 3000 4000 4600
1 2200 2900 3400 3900 4300

Werkstoff NR. 2.4851 pipe chemical composition

Grade Nickel Carbon Molybdenum Manganese Silicon Iron Carbon monoxide Phosphorus Sulfur Niobium Titanium Aluminum Chromium
Alloy 601 pipe 58.0 0.1 8.0–10.0 0.5 0.5 5.0 1.0 0.015 0.015 3.15–4.15 0.4 0.4 20.0–23.0

Mechanical properties of UNS N06601 pipe

Grade Tensile Strength Yield Strength (0.2%Offset) Elongation
(per square inch) (megapascal) (per square inch) (megapascal) %
Inconel 601 80000 550 30000 205 30

Inconel 601 Pipe Properties

HS code of nicr23fe pipe

Grade HS Code
Inconel 601 Pipe 73049000

DIN 2.4851 pipe schedule char

  • IPS 1-1/4″
  • OD 1.660″
SCH 10, 40, 80, 160, XXH
  • IPS 12″
  • OD 12.750″
SCH 10, 20, 40(.375), TRUE40(.406), SCH80(.500)
  • IPS 1-1/2″
  • OD 1.900″
SCH 10, 40, 80, 160, XXH
  • IPS 14″
  • OD 14.000″
SCH10 (.188), SCH40 (.375)
  • IPS 1/2″
  • OD .840″
SCH 5, 10, 40, 80, 160, XXH
  • IPS 6″
  • OD 6.625″
SCH 5, 10, 40, 80, 120, 160, XXH
  • IPS 3/4″
  • OD 1.050″
SCH 10, 40, 80, 160, XXH
  • IPS 8 ”
  • OD 8.625″
SCH 5, 10, 40, 80, 120, 160, XXH
  • IPS 1/8″
  • OD .405″
SCH 40, 80
  • IPS 3 1/2″
  • OD 4.000″
SCH 10, 40, 80, 160, XXH
  • IPS 1/4″
  • OD .540″
SCH 10, 40, 80
  • IPS 4″
  • OD 4.500″
SCH 10, 40, 80, 160, XXH
  • IPS 3/8″
  • OD .675″
SCH 10, 40, 80
  • IPS 5″
  • OD 5.563″
SCH 10, 40, 80, 160, XXH
  • IPS 1″
  • OD 1.315
SCH 5, 10, 40, 80, 160, XXH
  • IPS 10″
  • OD 10.750″
SCH 10, 20, 40, 80 (.500), TRUE 80(.500)
  • IPS 2″
  • OD 2.375″
SCH 10, 40, 80, 160, XXH
  • IPS 16″
  • OD 16.000″
SCH10(.188), SCH40(.375)
  • IPS 2 1/2″
  • OD 2.875″
SCH 10, 40, 80, 160, XXH
  • IPS 18″
  • OD 18.000″
SCH-40 (.375)
  • IPS 3″
  • OD 3.500″
SCH 5, 10, 40, 80, 160, XXH

Delivery site and timing for Inconel 601 pipe

Export to Price variations and estimated delivery
Mexico 5 % extra | 45 days
Panama 5 % extra | 45 days
Costa Rica 5 % extra | 45 days
Puerto Rica 5 % extra | 45 days
Trinidad And Tobago 5 % extra | 60 days
Jamaica 5 % extra | 50 days
Saudi Arabia 5 % extra | 3-6 days from stock
Denmark 5 % extra | 35 days
Russia 5 % extra | 20 days
Norway 5 % extra | 45 days
Germany 5 % extra | 21 days
France 5 % extra | 28 days

Do you have trouble finding importers in GCC countries for customized UNS N06601 welded pipe? get here and also check its melting point

The melting point is critical for all alloys used in pipes for high-temperature applications. It is because heating above the melting point may deform the pipes. Inconel 601 alloy has a combination of nickel and chromium which are metals with high melting points. Hence Chromium melting point is 3380 ºF and Nickel 2647 ºF Inconel 601 alloy has a high melting point.

Hence the high melting point of Inconel 601 seamless pipe is 2571 F or 1411 ºC. So, this WNR 2.4851 seamless pipe is ideal for many high temperature-involved applications in diverse industries.

Inconel superalloy makes many strong pipes with combinations of nickel, chromium and others. Inconel 601 and 600 pipes are two of them to have high strength and other properties. Increased chromium in Inconel alloy 601 seamless pipe and aluminium forms a tough oxide layer on heating with high temperature to give better oxidation resistance than 600. Because of the varying composition, they have many differences, including the following, among others.

  • Inconel 601 has only 58% nickel, but 600 has 72% nickel
  • Nickel alloy 601 has a high oxidation resistance than alloy 600 under cyclic conditions
  • UNS N06601 is more of a general-purpose alloy than Nickel 600
  • DIN 2.4851 has high metallurgical stability than nickel 600

Inconel alloy 601 pipes will have low ductility when heated at temperature range of 1250 to 1600 degrees Fahrenheit. Hence the temperature limit Inconel nickel 601 pipe is 1650 ºF. For large deformations of the alloy 601 pipe, heating should be between 1900 to 2200 Fahrenheit.

The optimum temperature for Inconel 601 alloy-made pipes depends on the applications. For general-purpose rupture limited applications, it can be above 100 degrees Fahrenheit.

Inquire with the WNR 2.4851 seamless and annealed pipe trader to learn more about the third-party inspection services. You can also compare Inconel 718 vs 601 pipe.

Though Inconel 715 and 601 pipes made from the superalloy have different compositions, the pipes made of Inconel 601 alloy have the composition of nickel 58%, chromium 21%, iron 20% and aluminium 1%. The Inconel 715 has nickel 52%, chromium 19%, iron 18%, columbium 5%, molybdenum 3%, titanium 1%, etc.

Pipes made from Inconel 601 superalloy have high oxidation properties than 718. Hence 601 is best in many applications like aircraft engines, refractory anchors, fabricated combustion, chambers, thermal reactors, etc. Inconel 718 pipe is ideal for cryogenic tanks, gas turbine engine ducts, etc.

The schedules for Inconel 601 cold finished pipe are Sch-40, Sch-5, Sch-80, Sch-60, and Sch-10. Look at the characteristics

The Inconel 601 superalloy has a unique property of oxidation resistance at high temperatures of even up to 2200 degrees Fahrenheit. Also, it has high mechanical strength and is easy to form and weld. Hence it is the ideal choice for use in aircraft engine parts and other high-temperature applications.

Inconel 601 alloy also has high melting points above 2500 degrees Fahrenheit to not deform easily. Also, its corrosion resistance and other properties make it best for the aerospace industry and many others.