Hastelloy x pipe

Hastelloy X Pipe

Hastelloy, a nickel-based alloy with chromium and Molybdenum as the other major components, has many excellent properties. Manufacturers use it to make many pipes and tubes for industrial purposes. Depending on their varying composition, there are many grades of Hastelloy from the C, B, G to X types.

Hastelloy X pipe is made from one of the most widely used superalloy X grades and is best for furnace, petrochemical and gas turbine engine applications. Hastelloy X tubing has 20 – 23%, chromium, iron 17 – 20%, 8 – 10 %, Molybdenum, and balance nickel with small quantities of tungsten, silicon, manganese and others.

Verified Supplier

available 7 cars

Consider reputable alloy x tube suppliers in UAE when evaluating rates, and compare hastelloy x vs. inconel 718.

Hastelloy X pipe specification


Hastelloy X Pipe Specification

The top 10 Hastelloy X pipe suppliers in the United Arab Emirates may create custom drawings
Sizes of Hastelloy X pipe Nickel alloy X seamless pipe sizes Hastelloy 2.4665 welded pipe sizes
15″NB TO 150″NB IN   3.35 mm OD To 101.6 mm OD 6.35 mm OD To 152 mm OD
DIN 2.4665 annealed pipe density Alloy X clad pipe melting point UNS N06022 exhaust pipe temperature range
8.22 g/cm3 1355°C 2200°F
Hastelloy alloy X welded pipe schedule 2.4665 Hastelloy X pipe ASTM Standard Nickel X pipe OD
Sch 10 to XXH
  • ASTM B622 / ASME SB 622
  • ASTMB619 / ASME SB619
6.00 mm OD up to 914.4 mm
Length of alloy X seamless pipe EN 2.4665 pipes manufacturing types Alloy Hastelloy X  cold drawn pipe finish
6 meters, 12 meters or custom
  • Electric Resistance Welded (ERW)
  • LSAW
  • EFW
  • CDW
  • DOM
  • Welded
  • Fabricated
  • Seamless
  • CEW
  • Bright
  • Polished
  • Annealing
  • Pickling
  • Cold Finish
  • Custom
  • Mill finish
Werkstoff NR. 2.4665 pipes form Most selling WNR 2.4665 pipe types Manufacturing technique of Nickelvac® HX pipes
  • Coiled
  • Straight
  • Rectangular
  • Hydraulic
  • Pan cake coils
  • Round
  • U shape
  • Square
  • Hollow
  • Hastelloy X seamless pipe
  • Nickel alloy X welded pipe
  • Hastelloy 2.4665 seam welded pipe
  • DIN 2.4665 annealed pipe
  • Hastelloy alloy X clad pipe
  • Alloy X exhaust pipe
  • Nickel X cold drawn pipe
  • UNS N06022 cold finished pipe
  • 2.4665 Hastelloy X hot finished pipe
  • EN 2.4665 seam welded pipe
  • Alloy gastelloy X round pipe
  • Werkstoff NR. 2.4665 square pipe
  • Nickelvac® HX rectangular pipe
  • Haynes alloy X bright annealed pipe
  • Altemp® HX solution annealed pipe
  • Microfer® 4722 cold finished seamless pipe
  • WNR 2.4665 hot finished seamless pipe

Compare our price and response time to other Hastelloy X pipe stockists.

  • Cold drawn
  • Hot formed
  • Cold Formed
  • Precision Rolled
Microfer® 4722 seam welded pipe services X Hastelloy cold finished pipe length Supply haynes alloy X round pipe in following brand
  • Beveling
  • Machining
  • Cut-to-length services
  • Threading
  • Welding

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

  • Single
  • Double Random
  • Cut Length
  • Standard
  • Esab
  • Sanyo Special Steel, Japan
  • Tubacex Tubos Inoxidables S.A., Spain
  • Metrode
  • Special Metals USA
  • Schoeller Bleckmann, Austria
  • Seah Steel Corporation, Korea
  • Lincoln
  • BOHLER
  • Sumitomo Metals, Japan
  • Nippon Steel Corporation, Japan
  • Kobe Special Tube, Japan
Origin standards of altemp® HX rectangular pipe Certification of UNS W86002 square pipe Inconel® HX bright annealed pipe features
  • American Standard
  • Russia Standard
  • Janpanese Standard
  • European Standard
  • DFARS compliant
  • EN 10204/3.1B, EN 10204 3.1 and EN 10204 3.2 Material Test Certificates (MTC)
  • Fumigation Certificates
  • Raw Materials Certificate
  • Third Party Inspection Report
  • Moisture testing report
  • Heat Treatment Charts
  • Surface roughness measurement
  • HS Code Commercial Invoice
  • Laboratory Test Certificate from Govt. Approved Lab
  • Form A for Generalized System of Preferences (GSP)
  • High strength
  • Good corrosion resistance
  • Low magnetic permeability
Hastelloy 2.4665 solution annealed pipe marking Elongation of inconel® HX tube DIN 2.4665 hot finished seamless pipe applications
  • Specification
  • Material Grade
  • Nominal Size
  • Schedule or Wall Thickness
  • Method of Manufacturing (Seamless / Welded)
  • Heat Number
  • Manufacturer’s Name or Custom Logo – on request
45 % – 35 %
  • Fans & rollers in industrial furnaces
  • Combustion chambers
  • Land-based gas turbine engines
  • Aircraft & tail pipes

With a lot of expertise exporting alloy X to nations including Egypt, Tunisia, Mauritius, Eswatini, Jordan,
Saudi Arabia and Kuwait those companies are sincere distributors and suppliers of Hastelloy X pipe in the
United Arab
Emirates.

Hastelloy alloy X pipe common trade names Alloy X pipes maximum operating temperature Electrical resistivity of UNS N06022 seamless pipe
  • Nickelvac HX
  • Pyromet 680
  • Altemp HX
  • Nickel X
  • Hastelloy X
  • Alloy X
  • Nicrofer 4722
  • Inconel HX
2200°F 75°F
2.4665 Hastelloy X welded pipe packaging Nickel X pipe testing requirements EN 2.4665 seam welded pipe end type
  • Wooden Boxes
  • PE Fabric Bundles
  • Crates (steel/wooden)
  • Special crates for with each radius separated
  • Bundles (hexagonal)
  • Wrapped in plastic or standard seaworthy export packing
  • Custom
  • Chemical test
  • Mechanical test
  • Destructive test
  • Non destructive test
  • Pmi test
  • Visual inspection test
  • Third party inspection test
  • Nabl approved lab test
  • Flaring Test

Straight communication with the distributors, dealers, and Hastelloy X pipe stockists listed above for the
above
mentioned test

  • Plain Ends (PE)
  • Threaded Ends (TE)
  • Bevelled Ends (BW)
  • Grooved Ends
  • BE: Bevel End
  • BBE: Bevel Both Ends
  • BLE: Bevel Large End
  • BOE: Bevel One End
  • BSE: Bevel Small End
  • BW: Buttweld End
  • PE: Plain End
  • PBE: Plain Both Ends
  • POE: Plain One End
  • TE: Thread End
  • TBE: Thread Both Ends
  • TLE: Thread Large End
  • TOE: Thread One End
  • TSE: Thread Small End
Alloy Hastelloy X annealed pipe equipment Werkstoff NR. 2.4665 clad pipe documentation offered WNR 2.4665 exhaust pipe delivery time
  • Press machine
  • Bending machine
  • Pushing Machine
  • electric bevelling machine
  • Sand-blasting machine
  • Copy of Invoice
  • 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.,
  • Country of Origin Certificate (Original)
  • Bill of Lading.
  • Generally it is 7-10 days if its in stock
  • 15-20 days if its not in stock
  • 4-7 days -fast delivery in Saudi Arabia, Qatar, Bahrain & Oman
Nickelvac® HX cold drawn pipe SWG Get Hastelloy X pipe suppliers with below approval Microfer® 4722 welded pipes welding method
  • 10 Swg.
  • 12 Swg.
  • 14 Swg.
  • 16 Swg.
  • 18 Swg.
  • 20 Swg.
  • SABIC
  • Aramco
  • Qatar Petroleum
  • KOC
  • ADNCO
  • ORPIC
  • ALBA
  • QAFCO
  • MAADEN
  • KNPC
  • NPDC
  • PETRONAS
  • EGPC
  • SMAW
  • GMAW including both MIG and MAG
  • FCAW
  • Submerged arc welding
  • TIG

Are UNS n06002 seamless pipe and tubing for gas turbines difficult to locate in unusual sizes? Consult a reliable Middle East stockist.

Complete information of Hastelloy X tubing

Grade WNR ASTM Other standards Temprature Nickel content Strength Lifespan
Hastelloy x WNR 2.4665
  • 2200°F
  • 1204°C
56 %
  • Yeild:340 MPA
  • Tensile:760 MPA
30 years

Most frequent types of Hastelloy X pipe

Hastelloy X bright annealed tubing

Hastelloy X bright annealed tubing

UNS N06002 round tube

UNS N06002 round tube

Alloy X seamless pipe

Alloy X seamless pipe

WNR 2.4665 seamless tube

WNR 2.4665 seamless tube

Nickelvac® HX welded pipe

Nickelvac® HX welded pipe

UNS W86002 welded tube

UNS W86002 welded tube

Hs code of UNS N06002 tube

Hs Code Name
75062000 Hastelloy X pipe

Alloy X seamless pipe gauge chart

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

WNR 2.4665 seamless tube schedule chart

  • 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

Weight chart of nickelvac® HX welded pipe

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

UNS W86002 welded tube size chart

Wall Thickness Tube Sizes ( O.D)
.012 1/8″
.035 1/8″ , 3/16″ , 1/4″ , 5/16″ , 3/8″ , 7/16″ , 1/2″ , 16″ , 5/8″ ,
3/4″ , 7/8″ , 1″ , 1 1/4″ , 1 1/2″ , 1 5/8″ , 2″ , 2 1/4″
.250 3″
.375 3 1/2″
.010 1/16″ , 1/8″ , 3/16″
.020 1/16″ , 1/8″ , 3/16″ , 1/4″ , 5/16″ , 3/8″
.049 3/16″ , 1/4″ , 5/16″ , 3/8″ , 1/2″ , 16″ , 5/8″ , 3/4″ , 7/8″ ,
1″ , 1 1/8″ , 1 1/4″ , 1 1/2″ , 1 5/8″ , 2″ , 2 1/4″
.120 1/2″ , 5/8″ , 3/4″ , 7/8″ , 1″ , 1 1/4″ , 1 1/2″ , 2″ , 2 1/4″ ,
2 1/2″ , 3″
.125 3/4″ , 1″ , 1 1/4″ , 1 1/2″ , 2″ , 3″ , 3 1/4″
.065 1/4″ , 5/16″ , 3/8″ , 1/2″ , 16″ , 5/8″ , 3/4″ , 7/8″ , 1″ , 1
1/4″ , 1 1/2″ , 1 5/8″ , 1 3/4″ , 2″ , 2 1/2″ , 3″
.083 1/4″ , 3/8″ , 1/2″ , 5/8″ , 3/4″ , 7/8″ , 1″ , 1 1/4″ , 1 1/2″ ,
1 5/8″ , 1 7/8″ , 2″ , 2 1/2″ ,3″
.095 1/2″ , 5/8″ , 1″ , 1 1/4″ , 1 1/2″ , 2″
.016 1/8″ , 3/16″
.028 1/8″ , 3/16″ , 1/4″ , 5/16″ , 3/8″ , 1/2″ , 3/4″ , 1″ , 1 1/2″ ,
2″
.109 1/2″ , 3/4″ , 1″ , 1 1/4″ , 1 1/2″ , 2″
.134 1″

Pressure rating of microfer® 4722 erw 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

Altemp® HX pipe chemical composition

Grade Nickel Carbon Molybdenum Silicon Iron Phosphorus Chromium
Hastelloy X pipe Balance 0.05-0.15 8.00-10.00 1.0 17.00-20.00 0.04 20.50-23.00

Mechanical properties of inconel® HX tube

Grade Tensile Strength Yield Strength (0.2%Offset) Elongation
(per square inch) (megapascal) (per square inch) (megapascal) %
Hastelloy X pipe 655 240 35-45

DIN 2.4665 X pipe equivalent

Standards Country Hastelloy x pipe
UNS North America N06022
WNR Russia
ASTM America B622/B619
ASME Australia SB622/SB619
JIS Japan
BS United Kingdom
GOST Russia
AFNOR France
EN Europe
AMS United States
ANSI America
SAE United States
AS Australia
DIN German 2.4665

Hastelloy X Pipe Properties

Location and time of delivery for alloy X pipe

Note: Expert distributors and suppliers collected and assessed the data in the accompanying
table

Export to Price variations and estimated delivery
Libya  5 % extra | 45 to 60 days
Nigeria  5 % extra | 30 days
Germany  5 % extra | 20 days
Poland  5 % extra | 45 days
Finland  5 % extra | 45 days
Sweden  5 % extra | 45 days
Norway  5 % extra | 45 days
Kazakhstan  5 % extra | 45 to 60 days
Bangladesh  5 % extra | 15 days
Bhutan  5 % extra | 7 days
Nepal  5 % extra | 7 days
Vietnam  5 % extra | 10 days

Find a stocking distributor of WNR 2.4665 welded pipe that offers rapid delivery and cut-to-size from one of Dubai’s top 10 manufacturers. Check the nickelVac® hx pipe’s p number.

Since alloys are an amalgamation of two or more metals to have better properties, it is essential to have P numbers. P number groups similar base metals to allow qualification of selecting all versus just one. Hastelloy being a combination of nickel-chromium-molybdenum, has a specific P number.

Nickelvac® HX welded pipe has a P number of 43 to group Ni, Cr, and Mo, along with others in small quantities. Also known as UNS W86002 welded tubes, because of their rare metal combination are best for use in roller hearths, nuclear engineering, industrial furnaces, etc.

Though Hastelloy and Inconel are nickel-chromium based, the other components have different properties and use. While Hastelloy X has around 10% molybdenum, Inconel 718 has only around 3%. Hence apart from both being strong and having corrosion and temperature resistance, a few differences between the UNS N06002 tube and UNS N07718 include the following.

  • Inconel is best for oxidising environments, and Hastelloy is best for decreasing conditions.
  • Hastelloy X costs more than Inconel 718 because of its higher molybdenum content.
  • Inconel 718 is more ductile because of its higher elongation of 45% than Hastelloy having only 35%

Superalloy nickel-chromium-molybdenum matrix-stiffened with high temperature and corrosion resistance is the base for making Inconel® HX seamless pipe or WNR 2.4665 seamless tube. Because the Inconel HX tube has exceptional strength, many use it for components like afterburners, combustion chambers, aircraft, tailpipes, and others.

Alloy X seamless pipes have a melting temperature range from 2300 to 2470 degrees Fahrenheit or 1260 to 1355 degrees Celsius. Because of its readily weldable property and high melting point, it is best for nuclear engineering applications and its high corrosion resistance even at temperature as high as 2200F or 1200C.

Purchase from a reputable importer of UNS w86002 welded tube with MTC and learn about its resistance to oxidation.

Microfer® 4722 ERW pipe and tubing have outstanding oxidation resistance. Inconel® HX superalloy, with a unique combination of nickel, chromium, Molybdenum and iron, is the raw material to make these pipes. Apart from excellent oxidation resistance, it also has many other best mechanical properties that include the following, among others.

  • It has a high density of 8.22 g/cm3 2 at 72 F or 23 C to have high strength for applications at high temperature
  • It has a high tensile strength of 755 Mpa and an elastic modulus of 205 Gpa, making it ideal for special applications like nuclear reactors.
get a large selection of discounted microfer® 4722 erw pipes; contact us for a free sample and to learn more about altemp® hx pipe ASTM standard.

There are many ASTM specifications for Altemp® HX pipe and tubes for use in many applications. Altemp® HX seamless pipe has ASTM B622 specification along with ASME SB622. Altemp® HX welded pipe and tube has ASTM B626 with ASME SB626.

Altemp® HX superalloys have many common trade names like Pyromet 680, Inconel HX, Nicklevac HX, Alloy X, Hastelloy X, Nickel X, etc. It offers exceptional oxidation resistance even up to 2200 F or 1200C. Also, it is tough to be useful in combustion chambers, etc.