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ASTM A269 TP316L Tube

What is ASTM A269 TP316L Tube?

ASTM A269 TP316L standard shows good resistance to oxidation and can resist high pressure conditions. They are intended for general corrosion resisting and low or high temperature service. ASTM A269 TP316L Tube is the low carbon version of Type 316 ss. It contains molybdenum in the chemical composition which enhances corrosion resistance, especially in chloride environments.

It is used in industries where corrosion resistance and high temperature performance are crucial. Thus, the ASTM A269 Gr TP316L Heater Tubes are found in chemical, petrochemical, food processing, pharmaceutical and marine industries. The tubing sizes range from 1/8" to 5" in OD and wall thicknesses between 0.015" to 0.320".

SA 269 Grade TP 316L seamless tubing manufacturer in India

ASTM A269 TP316L tube manufacturer in India

What is 316L Seamless Tube ASTM A269?

The seamless tubes do not have any welding seams or joints along their length. It involves the continuous extrusion of a solid cylindrical billet to form a hollow tube. A269 TP316L Seamless Tubes have consistent mechanical properties throughout their length. They show improved resistance to corrosion due to the absence of weak seams. The seamless manufacturing process ensures a smooth interior surface which makes them suitable for hygenic applications.

The seamless SA 269 Grade TP316L Coil Tubing can be produced in various sizes and wall thicknesses. They come with thicker walls that have greater strength and pressure capacity. This is why seamless tubes are used in critical applications in industries like oil & gas, petrochemical, automotive, aerospace, etc.

Looking for A269 TP316L Welded Tube supplier in Gujarat? We produce ASTM A269 TP 316L Stainless Steel Tubes in all standard and custom sizes

ASTM A269 TP316L Tube

ASTM A269 TP316L Tube

316L Seamless Tube ASTM A269

316L Seamless Tube ASTM A269

A269 TP316L Seamless Tube

A269 TP316L Seamless Tube

Does annealing increase strength of an ASTM A269 TP316L bright annealed tube?

No, annealing does not increase the strength of Bright Annealed Tube. The primary purpose of the procedure is to reduce the strength and hardness of the material. Annealing helps to relieve internal stresses, soften the material and promote grain refinement. As a result, the bright annealed ASTM A269 316L Stainless Steel Tubing becomes more ductile and easier to work with. However, its strength and hardness are reduced.

Produce SA 269 Grade TP316L Coil Tubing and ASTM A269 TP316L Seamless Tube as per ASTM standards in reuired length and diameter to suit tour applications

Specifications of ASTM A269 TP316L tube

Sizes Process Method Surface finishes

1/8” NB to 24” NB

Cold drawn/welded Bright Annealed,unpolished
Thickness Processing Service Testing
0.8 MM to 4 MM
  • Cutting
  • Decoiling
  • Bending
  • Welding
  • Punching
  • Moulding
  • Flaring test
  • Micro test
  • Mechanical test
  • Macro test
  • Flattening test
  • Chemical test
Designation Delivery Condition Shapes
ASTM A269, ASTM A269M , ASME SA269
  • Polished,Cold Drawn
  • Bright Annealed(BA)
  • Annealed and Pickled(AP)
  • MF
  • Hydraulic
  • Square
  • Straight
  • U Shape
  • Coiled
  • Rectangular
  • Round
  • Honed Tubes
Looking for best SA 269 Gr 316L ERW Tube for long-lasting? Here's a guide to know more about ASTM A269 316L Stainless Steel Tubing with price comparison in India and USA

316L seamless tube ASTM A269 types

ASTM A269 316L Tubing

ASTM A269 316L Tubing

SA 269 TP 316L Welded Tube

SA 269 TP 316L Welded Tube

ASTM A269 Grade TP316L U-Tubes

ASTM A269 Grade TP316L U-Tubes

SA 269 Grade TP316L Coil Tubing

SA 269 Grade TP316L Coil Tubing

ASTM A269 Grade 316L Condenser Tubes

ASTM A269 Grade 316L Condenser Tubes

SA 269 Gr 316L ERW Tube

SA 269 Gr 316L ERW Tube

ASTM A269 Gr TP316L Heater Tubes

ASTM A269 Gr TP316L Heater Tubes

ASME SA 269 316L Bright Annealed Tubes

ASME SA 269 316L Bright Annealed Tubes

ASTM A269 316L Stainless Steel Tubing

ASTM A269 316L Stainless Steel Tubing

Specialize in SA 269 316L Bright Annealed Tubes with years of Experience in Manufacturing ASTM A269 Grade 316L Condenser Tube welded tubes. We offer dual tested quality at a genuine price

A269M TP316L seamless tube chemical composition

GRADE SI C MN P CR S MO N NI
316L Minimum - - - - 16.0 - 2.00 - 10.0
Maximum 0.75 0.03 2.0 0.045 18.0 0.03 3.00 0.10 14.0

ASTM A269 316L tubing mechanical properties

GRADE ELONG (% IN 50 MILIMETER) MINIMUM YIELD STR 0.2% PROOF (MPA) MINIMUM TENSILE STR (MPA) MINIMUM HARDNESS
ROCKWELL B (HR B) MAX BRINELL (HB) MAX
316L 40 170 485 95 217

Physical properties of Sa 269 TP 316L welded tube

GRADE ELASTIC MODULUS (GPA) DENSITY (KILOGRAM/METER3) MEAN CO-EFF OF THERMAL EXPANSION (MILIMETER/METER/°C) SPECIFIC HEAT 0-100°C (J/KG.K) THERMAL CONDUCTIVITY (W/M.K) ELEC RESISTIVITY (NΩ.M)
0-100°C 0-315°C 0-538°C AT 100°C AT 500°C
316L 193 8000 15.9 16.2 17.5 500 16.3 21.5 74

ASTM A269 Grade TP316L u-tubes equivalent

GRADE UNS EURONORM OLD BRITISH JAPANESE JIS SWEDISH SS
NO NAME BS EN
316L S31603 1.4404 X2CrNiMo17-12-2 316S11 - SUS 316L 2348

Sa 269 Grade TP316L coil tubing tolerance

Outer Dia mm Tolerances Outer Dia, milimeter Wall thk %
32-40 +/-0.15 +/-10
6-30 +/-0.08 +/-10
42 +/-0.20 +/-10

Sizes of ASTM A269 Grade 316L condenser tube

Tube Outer Dia Inches Working Pressure bar Tube Wall thk Inches   Weight Kg/meter
  1/16 8 100 0.014 0.01
12 000 0.020 0.01
  1/8 8 500 0.028 0.04
10 900 0.035 0.05
  1/4 5 100 0.035 0.12
7 500 0.049 0.16
10 200 0.065 0.19
  5/8 2 900 0.049 0.45
4 000 0.065 0.58
  3/4 2 400 0.049 0.56
3 300 0.065 0.71
  3/8 3 300 0.035 0.19
4 800 0.049 0.25
6 500 0.065 0.32
  1/2 2 600 0.035 0.26
3 700 0.049 0.35
5 100 0.065 0.45
6 700 0.083 0.55
1 3 100 0.083 1.2

SA 269 GR 316L ERW tubes services

  • Beveling
  • Annealing, Heat Treatment, Pickling
  • Polishing
  • Non Destructive Testing, Destructive Testing etc.
  • Ultrasonic Testing
  • 100% X-Ray Welding for Large Diameter

Pressure rating of ASTM A269 GR TP316L heater tubes

Outer Dia inches Ave. Wall inches Minimum Tensile Strength (PSI) Minimum Yield Strength (PSI) Theoretical Burst Pressure * (PSI) Theoretical Yield Point ** (PSI) Working Pressure (PSI) 25% of Burst Collapse Pressure *** (PSI)
0.500 0.020 75,000 30,000 6,522 2,609 1,630 2,316
0.500 0.028 75,000 30,000 9,459 3,784 2,365 3,172
0.500 0.035 75,000 30,000 12,209 4,884 3,052 3,906
0.500 0.049 75,000 30,000 18,284 7,313 4,571 5,316L
0.500 0.065 75,000 30,000 26,351 10,541 6,588 6,786
0.500 0.083 75,000 30,000 37,275 14,910 9,319 8,307
0.625 0.020 75,000 30,000 5,128 2,051 1,282 1,859
0.625 0.028 75,000 30,000 7,381 2,953 1,845 2,568
0.625 0.035 75,000 30,000 9,459 3,784 2,365 3,172
0.625 0.049 75,000 30,000 13,947 5,579 3,487 4,335
0.625 0.065 75,000 30,000 19,697 7,879 4,924 5,591
0.250 0.020 75,000 30,000 14,286 5,714 3,571 4,416
0.250 0.028 75,000 30,000 21,649 8,660 5,412 5,967
0.250 0.035 75,000 30,000 29,167 11,667 7,292 7,224
0.250 0.049 75,000 30,000 48,355 19,342 12,089 9,455
0.250 0.065 75,000 30,000 81,250 32,500 20,313 11,544
0.375 0.020 75,000 30,000 8,955 3,582 2,239 3,029
0.375 0.028 75,000 30,000 13,166 5,266 3,292 4,145
0.375 0.035 75,000 30,000 17,213 6,885 4,303 5,077
0.375 0.049 75,000 30,000 26,534 10,614 6,634 6,816
0.375 0.065 75,000 30,000 39,796 15,918 9,949 8,597
0.625 0.083 75,000 30,000 27,124 10,850 6,781 6,910
0.625 0.095 75,000 30,000 32,759 13,103 8,190 7,734
0.625 0.109 75,000 30,000 40,172 16,069 10,043 8,639
0.750 0.028 75,000 30,000 6,052 2,421 1,513 2,156
0.750 0.035 75,000 30,000 7,721 3,088 1,930 2,669
0.750 0.049 75,000 30,000 11,273 4,509 2,818 3,664
0.750 0.065 75,000 30,000 15,726 6,290 3,931 4,749
0.750 0.083 75,000 30,000 21,318 8,527 5,330 5,905
0.750 0.095 75,000 30,000 25,446 10,179 6,362 6,637
0.750 0.109 75,000 30,000 30,733 12,293 7,683 7,453
0.750 0.120 75,000 30,000 35,294 14,118 8,824 8,064
0.875 0.020 75,000 30,000 3,593 1,437 898 1,340
0.875 0.028 75,000 30,000 5,128 2,051 1,282 1,859
0.875 0.035 75,000 30,000 6,522 2,609 1,630 2,316
0.875 0.049 75,000 30,000 9,459 3,784 2,365 3,172
0.875 0.065 75,000 30,000 13,087 5,235 3,272 4,126
0.875 0.083 75,000 30,000 17,560 7,024 4,390 5,152
0.875 0.095 75,000 30,000 20,803 8,321 5,201 5,807
0.875 0.109 75,000 30,000 24,886 9,954 6,221 6,543
0.875 0.120 75,000 30,000 28,346 11,339 7,087 7,100
1.000 0.028 75,000 30,000 4,449 1,780 1,112 1,633
1.000 0.035 75,000 30,000 5,645 2,258 1,411 2,027
1.000 0.049 75,000 30,000 8,149 3,259 2,037 2,796
1.000 0.065 75,000 30,000 11,207 4,483 2,802 3,647
1.000 0.083 75,000 30,000 14,928 5,971 3,732 4,567
1.000 0.095 75,000 30,000 17,593 7,037 4,398 5,159
1.000 0.109 75,000 30,000 20,908 8,363 5,227 5,827
1.000 0.120 75,000 30,000 23,684 9,474 5,921 6,336
1.000 0.134 75,000 30,000 27,459 10,984 6,865 6,963
1.250 0.035 75,000 30,000 4,449 1,780 1,112 1,633
1.250 0.049 75,000 30,000 6,380 2,552 1,595 2,260
1.250 0.065 75,000 30,000 8,705 3,482 2,176 2,958
1.250 0.083 75,000 30,000 11,485 4,594 2,871 3,719
1.250 0.095 75,000 30,000 13,443 5,377 3,361 4,213
1.250 0.109 75,000 30,000 15,843 6,337 3,961 4,776
1.250 0.120 75,000 30,000 17,822 7,129 4,455 5,207
1.250 0.134 75,000 30,000 20,468 8,187 5,117 5,742
1.500 0.035 75,000 30,000 3,671 1,469 918 1,367
1.500 0.049 75,000 30,000 5,243 2,097 1,311 1,896
1.500 0.065 75,000 30,000 7,117 2,847 1,779 2,487
1.500 0.083 75,000 30,000 9,333 3,733 2,333 3,136
1.500 0.095 75,000 30,000 10,878 4,351 2,719 3,559
1.500 0.109 75,000 30,000 12,754 5,101 3,188 4,043
1.500 0.120 75,000 30,000 14,286 5,714 3,571 4,416
1.500 0.134 75,000 30,000 16,315 6,526 4,079 4,881
1.500 0.148 75,000 30,000 18,439 7,375 4,610 5,336
1.750 0.035 75,000 30,000 3,125 1,250 781 1,176
1.750 0.049 75,000 30,000 3,864 1,546 966 1,434
1.750 0.065 75,000 30,000 6,019 2,407 1,505 2,146
1.750 0.083 75,000 30,000 7,860 3,144 1,965 2,711
1.750 0.095 75,000 30,000 9,135 3,654 2,284 3,080
1.750 0.109 75,000 30,000 10,672 4,269 2,668 3,504
1.750 0.120 75,000 30,000 11,921 4,768 2,980 3,832
1.750 0.134 75,000 30,000 13,563 5,425 3,391 4,242
1.750 0.148 75,000 30,000 15,268 6,107 3,817 4,645
1.750 0.165 75,000 30,000 17,430 6,972 4,357 5,124
2.000 0.035 75,000 30,000 2,720 1,088 680 1,032
2.000 0.049 75,000 30,000 3,864 1,546 966 1,434
2.000 0.065 75,000 30,000 5,214 2,086 1,303 1,887
2.000 0.083 75,000 30,000 6,788 2,715 1,697 2,387
2.000 0.095 75,000 30,000 7,873 3,149 1,968 2,715
2.000 0.109 75,000 30,000 9,175 3,670 2,294 3,092
2.000 0.120 75,000 30,000 10,227 4,091 2,557 3,384
2.000 0.134 75,000 30,000 11,605 4,642 2,901 3,751
2.000 0.148 75,000 30,000 13,028 5,211 3,257 4,111
2.000 0.165 75,000 30,000 14,820 5,928 3,705 4,542

Difference between SA 269 Gr 316L ERW tube and SA 269 TP 316L welded tube

SA 269 Gr 316L ERW Tubes is manufactured using the electric resistance welding method. Herein, the strip is passed through rollers to form a cylindrical shape. Then the edges are heated and fused together using electric current. This creates a seamless joint along the length of the tube.

Welded ASTM A269 Grade 316L Condenser Tubes is produced using different welding techniques like TIG or laser welding. The plates are first formed into the desired shape, and then the edges are fused together through the welding process. Welded tubes may have visible weld seams along their length.