SA 210 Grade A1 Boiler Tube

What is SA 210 Grade A1 Boiler Tube?


SA 210 Grade A1 Boiler Tube is made up of carbon steel and Boiler Tube.They are frequently utilized in heat and water heating systems and are especially made for high-temperature operations with Thickness and Sizesranging from 0.5 inch to max inch.


Nitron Alloys Overseas is a top-rated manufacturer of SA 210 Grade A1 boiler tubes in India, offering the best quality materials at unbeatable prices to various countries, including Japan, Europe, Dubai, and the UAE, with the support of our long-established suppliers and dealers.


We also provide various Sizes, Lengths, Thickness and Schedules from 5 to XXS as per ASTM and ASME SA210 Standards which are typically used for Manufacturing Process with the help of Cold Finished and Hot Finished Process.



ASTM A210 Grade A1 Superheater Tube Supplier in India


SA 210 Grade A1 boiler tube

Boiler tubes are crucial in smoothly operating power plants and industrial facilities. And when it comes to choosing the right boiler tubes, SA 210 Grade A1 Boiler Tube have become a popular choice across various industries. ASTM A210 Grade. A1 Seamless Boiler Tubes come in different types, including hot-finished, cold-finished, and welded tubes (electric resistance welded and furnace welded). Hot-finished seamless tubes are made by piercing a solid billet through hot diameter reducing and sizing mills, whereas cold-finished tubes are made by cold drawing a tube through a die and over a mandrel. Welded tubes are produced from strips or plates and are electrically welded or heated in a furnace and welded. Understanding the type of boiler tubes everyone facility requires is essential in determining the right one.


SA 210 Grade.SA 210 gr a1 Tubes are primarily used in applications that require high-pressure and high-temperature operations, such as in power plants, chemical plants, oil refineries, and petrochemical plants. This specific type of seamless boiler tube is also used in various processes such as cryogenics, gas processing, and heat exchangers. Its seamless design and excellent resistance to high pressure and temperatures make it a popular choice across various industries.


There are several benefits of using SA 210 Grade A1 Boiler Tube Firstly, their seamless design makes them stronger and more durable than welded tubes. Secondly, they have excellent thermal conductivity, allowing efficient heat transfer. This feature is essential in plants where thermal efficiency is crucial, such as power plants. Thirdly, they have high resistance to stress-corrosion cracking and oxidation, making them ideal for high-pressure applications. They are also easy to install and maintain, making them a cost-effective solution in the long run.
Choosing the right boiler tube for application and ASTM A210 Grade is crucial. A1 seamless boiler tubes can offer several benefits to various industries. This specific seamless boiler tube is an excellent choice for high-pressure and high-temperature operations, from power plants to refineries and petrochemical plants. Knowing the different types, uses, and benefits of this boiler tube is essential in making an informed decision in selecting the right one for the facility.



We are a Globally-diversified Supplier of ASTM A210 Grade A1 Superheater Tube in India. We Suppply wide range of applications including Chemical, Marine , Paper and Pulp Industries which are highly durable and of High Strength


SA 210 grade A1 material

SA 210 grade A1 material

ASTM A210 grade A1 tube

ASTM A210 grade A1 tube

ASME SA 210 Grade A1 tubing

ASME SA 210 Grade A1 tubing

SA 210 Grade A1 Boiler Tube Specification

Sizes Schedule SA 210 gr a1 Tubes Standard

Outside Diameter:12.7 to 406.4mm
Wall Thickness: 1.5mm-50mm
  • SCH 5 to SCH XXS
 ASTM A210 / ASME SA210
SA 210 Grade A1 boiler tube Ends Production technique Surface
  • Beveled
  • Plain
  • Straight cut
  • Hot finished
  • Cold finished
  • Epoxy Coating
  • 3LPE
  • PP
  • FBE
Cutting techniques Form Heat Treatment
  • Burrless Cuts
  • Sawing
  • Water-Jet
  • Tapping
  • Round
  • Rectangular
  • Square
  • Subcritical anneal
  • Normalizing
  • Full anneal
Value Added Services Packaging Marking on SA 210 Grade A1 boiler tube
  • Draw
  • Sand Blasting
  • Expansion
  • Galavanizing
  • Shot Blasting
  • Heat Treatment
  • Machining
  • Loose
  • Wooden box-a
  • Wooden Pallet
  • Plastic Cloth Wraps
  • Bundle
  • Length
  • Grade
  • Thickness
  • Heat No.
  • Standard
  • OD name
  • Manufacturer/Supplier
Payment terms Type Length
  • L/C
  • T/T
  • Seamless
  • Single Random
  • Double Random
  • Cut length
Material Certification Tolerance Origin
  • EN 10204 Type 3.1/3.2
  • NACE
  • +/-0.1mm
  • Korean
  • Russian
  • European
  • Indian
  • US
  • Ukraine
  • Japanese

Various Types of ASTM A210 grade A1 Tube

ASTM A210 grade A1 superheater tube

ASTM A210 grade A1 superheater tube

SA210 grade A1 condenser tube

SA210 grade A1 condenser tube

ASME SA210 grade A1 hot finished tube

ASME SA210 grade A1 hot finished tube

ASTM A210 grade A1 steam boiler pipe

ASTM A210 grade A1 steam boiler pipe

SA210 A1 boiler tube

SA210 A1 boiler tube

ASME SA 210 seamless boiler tube

ASME SA 210 seamless boiler tube

A210 A1 heat exchanger tubes

A210 A1 heat exchanger tubes

A210 grade A1 seamless tube

A210 grade A1 seamless tube

ASME SA210 grade A1 finned tube

ASME SA210 grade A1 finned tube

Choose us as your exporter of SA210 grade A1 Condenser Tube, ASME SA210 grade A1 hot finished tube are manufactured according to ASME B36.10M Standard


India's Trusted Exporter of SA210 grade A1 Condenser Tube manufactures these tubes according to ASME B36.10M Standard.Our goal is to provide products that are strong and long-lasting, fit for a range of uses.


ASTM A210 Gr A1 Superheater Tube Chemical Composition

Grade P (Max) C (Max) Si (Min) Mn S (Max)
A1 0.035 0.27 0.10 Max 0.93 0.035

SA210 grade A1 Seamless Tube Mechanical Properties

Grade Elongation(%) Tensile Strength(Mpa) Yield Strength(Mpa)
A1 ≥30 ≥415 ≥255

ASME SA210 Grade A1 Steam Boiler Pipe Equivalent

Pipe O.D. Size NPS Wall Thickness Weight per Foot Pipe I.D. Standard to XXHY Schedule
Pipe #		 Gallon Capacity Per Linear Foot Section Modulus
0.84 1/2 0.109 0.85 0.622 STD 40 .0158 .0407
0.147 1.09 0.546 XHY 80 .0122 .0478
0.188 1.31 0.464 160 .0088 .0528
0.294 1.72 0.252 XXHY .0026 .0577
1.05 3/4 0.113 1.13 0.824 STD 40 .0277 .0705
0.154 1.48 0.742 XHY 80 .0225 .0853
0.219 1.95 0.612 160 .0153 .1006
0.308 2.44 0.434 XXHY .0077 .1103
1.315 1 0.133 1.68 1.049 STD 40 .0449 .1328
0.179 2.17 0.957 XHY 80 .0374 .1606
0.250 2.85 0.815 160 .0271 .1904
0.358 3.66 0.599 XXHY .0146 .2136
1.66 1 1/4 0.140 2.27 1.380 STD 40 .0777 .2346
0.191 3.00 1.278 XHY 80 .0666 .2913
0.250 3.77 1.160 160 .0549 .3421
0.382 5.22 0.896 .0328 .4110
1.90 1 1/2 0.145 2.72 1.610 STD 40 .1058 .3262
0.200 3.63 1.500 XHY 80 .0918 .4118
0.281 4.86 1.338 160 .0730 .5079
0.400 6.41 1.100 .0494 .5977
2.375 2 0.109 2.64 2.157 10 .1898 .4205
0.154 3.66 2.067 STD 40 .1743 .5606
0.218 5.03 1.939 XHY 80 .1534 .7309
0.250 5.68 1.875 .1434 .8045
0.281 6.29 1.813 .1344 .8666
0.344 7.47 1.687 160 .1161 .9806
0.436 9.04 1.503 XXHY .0922 1.1043
2.875 2 1/2 0.120 3.53 2.635 10 .2833 .6870
0.203 5.80 2.469 STD. 40 .2487 1.0640
0.216 6.14 2.443 .2435 1.1169
0.250 7.02 2.375 .2301 1.2468
0.276 7.67 2.323 XHY 80 .2202 1.3386
0.375 10.02 2.125 160 .1842 1.6371
0.552 13.71 1.771 XXXHY .1280 1.9971
3.50 3 0.120 4.34 3.260 .4336 1.0411
0.156 5.58 3.188 .4147 1.3122
0.172 6.12 3.156 .4064 1.4265
0.188 6.66 3.124 .3984 1.5342
0.216 7.58 3.068 STD. 40 .3840 1.7241
0.250 8.69 3.000 .3672 1.9372
0.281 9.67 2.938 .3521 2.1207
0.300 10.26 2.900 XHY 80 .3431 2.2253
0.438 14.34 2.624 160 .2811 2.8774
0.600 18.6 2.300 XXHY .2158 3.4243
4.0 3 1/2 0.120 4.98 3.760 10 .5768 1.3776
0.226 9.12 3.548 STD. 140 .5136 2.3939
0.250 10.02 3.500 .4998 2.6001
0.281 11.17 3.438 .4821 2.8562
0.318 12.52 3.364 XHY 80 .4617 3.1400
0.636 22.87 2..728 XXHY .3085 4.8795
4.5 4 0.120 5.62 4.260 10 .7404 1.7612
0.156 7.24 4.188 .7156 2.2354
0.188 8.67 4.124 .6942 2.6296
0.203 9.32 4.094 .6838 2.8173
0.219 10.02 4.062 .6725 3.0184
0.237 10.80 4.026 STD. 40 .6613 3.2145
0.250 11.36 4.000 .6528 3.3611
0.281 12.67 3.938 60 .6326 3.7021
0.312 13.97 3.876 .6126 4.0273
0.337 15.00 3.826 XHY 80 .5972 4.2713
0.438 19.02 3.624 120 .5361 5.1790
0.531 22.53 3.438 160 .4822 5.8997
0.674 27.57 3.152 XXHY .4054 6.7927
5.563 5 0.188 10.80 5.187 1.0979 4.1161
0.219 12.51 5.125 1.0716 4.7279
0.258 14.63 5.047 STD. 40 1.0391 5.4500
0.281 15.87 5.001 1.0204 5.8644
0.312 17.51 4.939 .99647 6.4074
0.344 19.19 4.875 .9696 6.9358
0.375 20.80 4.813 XHY 80 .9449 7.4300
0.500 27.06 4.563 120 .8495 9.2534
0.625 32.99 4.313 160 .7590 10.7976
0.750 38.59 4.063 XXHY .6734 12.0954
6.625 6 0.109 7.59 6.407 5 1.6748 3.5769
0.134 9.30 6.357 10 1.6488 4.3475
0.156 10.79 6.313 1.6260 5.0107
0.188 12.94 6.249 1.5937 5.9351
0.203 13.94 6.219 1.5780 6.3804
0.219 15.00 6.187 1.5620 6.8261
0.250 17.04 6.125 1.5306 7.6905
0.280 18.99 6.065 STD. 40 1.5008 8.4958
0.312 21.06 6.001 1.4688 9.3416
0.344 23.10 5.937 1.4391 10.111
0.375 25.05 5.875 1.4082 10.893
0.432 28.60 5.761 XHY 80 1.3541 12.224
0.500 32.74 5.625 1.2909 13.711
0.562 36.43 5.501 120 1.2346 14.9806
0.625 40.09 5.375 1.1787 16.1821
0.719 45.39 5.187 160 1.0977 17.8243
0.864 53.21 4.897 XXHY .9784 20.025
1.000 60.13 4.625 .8727 21.7719
1.125 66.14 4.375 .7809 23.1237

A 210 A1 Finned Boiler Tube Temperature

Temperature -400 deg C and 300 deg C

We are Stockist of SA 210 grade A1 Material, ASTM A210 grade A1 Tubing Are Available in Plain and Beveled Ends


Nitron Alloys Overseas Biggest Stockist of SA 210 grade A1 Material in Mumbai. We provide SA 210 gr a1 Tubes in various Ends such as Plain, Beveled and Treaded Ends assuring the quality and durability of the Tubes


Surface finish and ends of A210 grade A1 seamless tube

Surface finish: Epoxy Coating / 3LPE

Ends: Plain End / Beveled End / Treaded

We provide MTC and NDT test certificates of ASTM A210 grade A1 Steam Boiler Pipe, View Weight Chart and Dimensions of SA210 A1 Boiler Tube

Buy online SA210 A1 Boiler Tube Weights and Dimensions which are easily available and made up of carbon, Sulphur, Manganese and Silicon Our tubes come with various mechanical properties, along with Material Test Certificates (MTC) and Non-Destructive Testing (NDT) certifications.


SA210 Gr A1 Tube Material Tube Dimensions

TUBE OUTSIDE DIAMETER (In) TUBE O.D (MM) WALL THICKNESS (In) WT (MM) BWG
0.188 4.78 0.035 0.89 20
0.250 6.35 0.020 0.51
0.028 0.71 22
0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.313 7.95 0.035 0.89 20
0.049 1.25 18
0.375 9.53 0.028 0.71 22
0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.500 12.7 0.035 0.89 20
0.049 1.25 18
0.650 1.65 16
0.625 15.88 0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.750 19.05 0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.083 2.11 14
0.120 3.05 11
0.875 22.23 0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.120 3.05 11
1.000 25.4 0.035 0.89 20
0.049 1.25 18
0.065 1.65 16
0.083 2.11 14
0.095 2.41 13
0.120 3.05 11
1.125 28.58 0.065 1.65 16
1.250 31.75 0.065 1.65 16
0.083 2.11 14
0.120 3.05 11
1.375 34.93 0.035 0.89 20
1.5000 38.1 0.049 1.25 18
0.065 1.65 16
0.083 2.11 14
0.120 3.05 11
1.750 44.45 0.035 0.89 20
0.065 1.65 16
0.083 2.11 14
1.875 47.63 0.065 1.65 16
2.000 50.8 0.049 1.25 18
0.065 1.65 16
0.083 2.11 14
0.120 3.05 11

Weight chart of SA210 A1 boiler tube

OD (In)
 Weight in Pounds
Wall Thickness (inches)
0.050 0.095 0.150 0.200 0.250 0.300 0.360 0.400 0.460 0.500 0.625 0.750 0.875 1.000 1.125 1.250
1 ¼ 0.6408 1.172 1.762 2.243 2.670 3.044 3.422 3.631
1 ½ 0.7743 1.426 2.163 2.777 3.338 3.845 4.383 4.699 5.109 5.34
2 1.041 1.933 2.964 3.845 4.673 5.447 6.305 6.835 7.566 8.01 9.178 10.01
2 ½ 1.308 2.44 3.765 4.913 6.008 7.049 8.228 8.971 10.02 10.68 12.52 14.02 15.19
3 1.575 2.947 4.566 5.981 7.343 8.651 10.15 11.11 12.48 13.35 15.85 18.02 19.86 21.36
4 2.109 3.962 6.168 8.117 10.01 11.85 14.00 15.38 17.39 18.69 22.53 26.03 29.20 32.04 34.54
5 2.643 4.977 7.770 10.250 12.68 15.06 17.84 19.65 22.30 24.03 29.20 34.04 38.55 42.72 45.56 50.06
6 5.991 9.372 12.39 15.35 18.26 21.68 23.92 27.22 29.37 35.88 42.05 47.89 53.40 58.57 63.41
8 16.660 20.69 24.67 29.37 32.47 37.04 40.05 49.23 58.07 66.58 74.76 82.60 90.11
10 26.03 31.08 37.06 41.01 46.87 50.73 62.58 74.09 85.27 96.12 106.60 116.80
Check latest Price list of ASME SA 210 Seamless Boiler Tube ex Mumbai, We are Exporter and Distributor of A210 grade A1 Tubing

Know more about Latest Price list of ASME SA 210 Seamless boiler Tube in Mumbai. Exporter and Distributor of A210 grade A1 tubing in various Thickness and apporpriate dimensions, suitable for use in Heat Exchangers, Oil and Gas Industries


Price List of SA 210 Grade A1 Boiler Tube

Price list of ASTM A210 grade A1 tube ASME SA 210 Grade A1 tubing Price in USD SA 210 Grade A1 boiler tube Price in UAE Dirham
ASTM A 210 Grade. A1 SMLS STRAIGHT BOILER TUBE 6 MTRS LENGHT - NACE MR-0175 SIZE: 57.2 MM OD X 5.6 MM THK US $43.19 per meter 158.65 UAE Dirham per meter
SA 210 GRADE A1 TUBE 63.5MM OD X 5.20MM THICK X 6 TO 7 METRS.LENGHT US $14.58 per meter 53.56 UAE Dirham per meter

Thickness Tolerance of ASME SA 210 Seamless Boiler Tube

Outside Diameter In. (mm) Wall thickness Tolerance %
Over (+) Under (-)
Over 1½ (38.1) 22 0
1 ½ (38.1) and under 20 0

List common Applications of SA 210 Gr A1 Tubes


  • Pulp and Paper Industry
  • Boilers
  • Superheaters
  • Heat Exchangers
  • Oil and Gas Industry
  • Chemical Processing
  • Industrial Heating Systems
  • Power Generation

Which standard sizes are available for A210 grade A1 Superheater Tube?


These are the available Sizes of A210 grade A1 Superheater Tube

Sizes Sch 160 Sch 10 Sch 80 Sch 40
24 ✔ ✔ ✔ ✔
22 ✔ ✔ ✔ ✔
20 ✔ ✔ ✔ ✔
18 ✔ ✔ ✔ ✔
16 ✔ ✔ ✔ ✔
14 ✔ ✔ ✔ ✔
12 ✔ ✔ ✔ ✔
10 ✔ ✔ ✔ ✔
8 ✔ ✔ ✔ ✔
6 ✔ ✔ ✔ ✔
5 ✔ ✔ ✔ ✔
3 ✔ ✔ ✔ ✔
2 ✔ ✔ ✔ ✔
1 ✔ ✔ ✔ ✔

What are the Various Manufacturing Process for ASTM A210 Condenser Tube?


A210 Gr A1 Tube



What is the maximum density of ASME SA210 GRADE A1 Seamless Tubes ?


Density 7.85 g/cm³

Are SA 210 Grade A1 tubes corrosion-resistant?


SA 210 gr a1 Tubes are made of carbon steel, have some resistance to oxidation and general wear, but they are not made especially for high-corrosion conditions. They are appropriate for situations involving high pressure and temperature



Which non-destructive testing techniques are commonly used for these tubes?


SA210 Tube Testing

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