ASTM A249 TP316 Tube | SA 249 Grade 316 Welded Austenitic Steel Tube

What is ASTM A249 TP316 Tube?

A249 TP316 Tube means a stainless steel welded tube manufactured in conformity with the ASTM A249 specification. This standard contains the relevant data most needed for the welded tubes used in heat exchanger, condenser, and similar purpose. 316 contains more chromium at between 16-18%, more nickel at between 10-14% and small percentage of Mo of between 2-3% and thus displays great resistance to pitting and crevice corrosion especially when working in environments containing chlorides such as seawater or chemical processing atmosphere.

For this reason, TP316 is particularly useful in marine environment, chemical processing and food & beverage industries, where material must be able to resist corrosion. Compared to other steel types, ASTM A249 TP316 tubes exist solely in welded form and not seamless and they are ideal for high temperature and high pressure applications like boiler, heat exchanger and desalination plants. Welded construction makes it cheaper to produce while it delivers superior performance parameters.

Table of Contents

ASTM A249 TP316 Tube Specification
Various Types Of ASTM A249 Grade 316 ERW Tube
ASME SA 249 Grade 316 Welded Austenitic Steel Tube Price
Sizes Of ASTM A249 Type 316 Superheater Tube
ASTM A249 TP 316 Boiler Tube Testing
Wall Thickness Tolerance Of ASTM A249 TP316 Tube
Application Of SA 249 316 SS Heat Exchanger Tube
ASTM A249 GR 316 Condenser Tubes Pressure Rating
Chemical Composition Of ASME SA 249 TP316 Tubing
ASTM A249 GR 316 ERW Tube Weight Chart
Physical Properties Of ASTM A249 Type 316 Square Tube
ASTM A249 TP316 Welded Tube Dimeter Tolerance
Mechanical Properties Of ASTM A249 Grade 316 Rectangular Tube
ASME SA249 TP 316 Round Tube Equivalent
Mechanical Properties Of SA 249 Type 316 Tubing

Manufacturer Of ASME SA 249 Grade 316 Welded Austenitic Steel Tube in India

ASTM A249 TP316 Tube Specification

Inside Diameter Of ASTM A249 Type 316 Welded Stainless Steel Tube

1/8 in. [3.2 mm]

ASTM A249 TP316 Tube Outside Diameter

12 in. [316.8 mm]

ASTM A249 TP 316 Boiler Tube Standards

ASTM A249 | ASME SA 249

ASTM A249 Grade 316 ERW Tube Wall Thickness

0.015 to 0.320 in.

ASTM A249 GR 316 Condenser Tubes Material

Stainless Steel

Technique Of ASME SA 249 TP 316 Superheater Tube

Welded

SA 249 316 SS Heat Exchanger Tube Testing

Hardness Test
Tension, Flange Test
Reverse-bend Test
Flattening Test

ASME SA249 Grade Tp316 Welded Austenitic Steel Tubes Types

Condenser Tube
Heat Exchanger Tube
Boiler Tube
Superheater Tube

ASME SA249 TP 316 Tube Application

Food Processing
Heat Exchangers
Chemical Industry

ASTM A249 TP316 Tube Delivery Condition

Heat Treated
Annealed and Pickled (Ap)
Annealing

ASTM A249 Type 316 Superheater and Boiler Tube Supplier in Mumbai in Square, Round, Rectangular Shape

Various Types Of ASTM A249 Grade 316 ERW Tube

Genuine ASTM A249 TP316 Tube Supplier in India in a Variety of Forms and Sizes at Factory Prices

ASTM A249 TP316 Boiler Tube

ASTM A249 Type 316 Welded Stainless Steel Tube

ASTM A249 Grade 316 ERW Tube

ASME SA 249 TP 316 Superheater Tube

ASTM A249 GR 316 Condenser Tubes

SA 249 316 SS Heat Exchanger Tube

ASTM A249 TP316 Square Tube

ASTM A249 Type 316 Rectangular Tube

ASTM A249 Grade 316 Round Tube

ASME SA 249 Grade 316 Welded Austenitic Steel Tube Price

Custom ASTM A249 TP316 Tube Manufacturer in India at Pocket Friendly Cost For Wide Range of Industrial Applications.

Outside Diameter	Inside Diameter	Wall Thickness	Tube Length	Price in US $
1/4	0.084	0.083	6 Feet	US $66.37
1/8	0.069	0.035	6 Feet	US $42.89
1/8	0.093	0.016	6 Feet	US $70.82
1/4	0.12	0.065	6 Feet	US $38.76
1/4	0.118	0.02	6 Feet	US $62.87
3/16	0.132	0.035	6 Feet	US $67.05
1/8	0.125	0.02	6 Feet	US $58.50
3/16	0.148	0.02	6 Feet	US $61.59
1/4	0.152	0.049	6 Feet	US $24.53

Buy SA 249 TP 316 Heat Exchanger and Condenser Tube With Wall Thickness From 0.015 to 0.320 in.

Sizes Of ASTM A249 Type 316 Superheater Tube

Weight per Kg	Dimensions in Mm	Wall Thickness in Mm	Dimensions in Mm	Weight per Kg	Wall Thickness in Mm
0.55	12.7 * 12.7	1.50	40*40	1.85	1.50
0.44	12.7 * 12.7	1.20	40*40	1.49	1.20
0.53	15 * 15	1.20	40*40	2.45	2.00
0.71	20 * 20	1.20	50*50	2.32	1.50
0.88	20 * 20	1.50	50*50	3.08	2.00
0.65	15 * 15	1.50	40*40	3.75	3.00
1.19	20 * 20	2.00	50*50	4.65	3.00
1.14	25 * 25	1.50	60*60	5.49	3.00
0.92	25 * 25	1.20	60*60	3.71	2.00
1.49	25 * 25	2.00	70*70	6.53	3.00
1.10	30 * 30	1.20	80*80	7.53	3.00
1.37	30 * 30	1.50	100 * 100	6.40	2.00
2.20	25 * 25	3.00	80*80	4.98	2.00
1.84	30 * 30	2.00	100 * 100	9.53	3.00
2.72	30 * 30	3.00

Get ASTM A249 GR 316 ERW Tube Tested With Hydrostatic or Nondestructive Electric Test.

ASTM A249 TP 316 Boiler Tube Testing

Flattening Test
Reverse-bend Test
Tension Test
Hardness Test
Nondestructive Electric Test.
Flange Test
Hydrostatic Test

Offer ASME SA 249 TP316 Tubing in Both Nominal Wall Thickness and Heavily Cold Worked

Wall Thickness Tolerance Of ASTM A249 TP316 Tube

NPS	Tolerance, %
NPS	+	–
3~18, t/D≤ 5%	22.5	12.5
1/8-2 1 /2	20.0	12.5
3~18, t/D> 5%	15.0	12.5
≥ 20, seamless, t/D≤ 5%	22.5	12.5
≥ 20, welded	17.5	12.5
≥ 20, seamless, t/D> 5%	15.0	12.5

Application Of SA 249 316 SS Heat Exchanger Tube

Chemical Processing
Heat Exchangers
Pharmaceutical Industry
Boilers
Petrochemical
Marine
Water Treatment Systems
Nuclear Power Plants

ASTM A249 GR 316 Condenser Tubes Pressure Rating

OD inches	Min Yield Strength (PSI)	Collapse Pressure *** (PSI)	Ave. Wall inches	Min Tensile Strength (PSI)	Working Pressure (PSI) 25% of Burst	Theoretical Burst Pressure * (PSI)	Theoretical Yield Point ** (PSI)
0.250	30,000	5,967	0.028	75,000	5,412	21,649	8,660
0.250	30,000	7,224	0.035	75,000	7,292	29,167	11,667
0.250	30,000	4,416	0.020	75,000	3,571	14,286	5,714
0.250	30,000	9,455	0.049	75,000	12,089	48,355	19,342
0.375	30,000	3,029	0.020	75,000	2,239	8,955	3,582
0.250	30,000	11,544	0.065	75,000	20,313	81,250	32,500
0.375	30,000	4,145	0.028	75,000	3,292	13,166	5,266
0.375	30,000	6,816	0.049	75,000	6,634	26,534	10,614
0.375	30,000	5,077	0.035	75,000	4,303	17,213	6,885
0.375	30,000	8,597	0.065	75,000	9,949	39,796	15,918
0.500	30,000	3,172	0.028	75,000	2,365	9,459	3,784
0.500	30,000	5,316L	0.049	75,000	4,571	18,284	7,313
0.500	30,000	6,786	0.065	75,000	6,588	26,351	10,541
0.500	30,000	3,906	0.035	75,000	3,052	12,209	4,884
0.500	30,000	8,307	0.083	75,000	9,319	37,275	14,910
0.625	30,000	2,568	0.028	75,000	1,845	7,381	2,953
0.625	30,000	3,172	0.035	75,000	2,365	9,459	3,784
0.625	30,000	1,859	0.020	75,000	1,282	5,128	2,051
0.625	30,000	4,335	0.049	75,000	3,487	13,947	5,579
0.500	30,000	2,316L	0.020	75,000	1,630	6,522	2,609
0.625	30,000	5,591	0.065	75,000	4,924	19,697	7,879
0.625	30,000	7,734	0.095	75,000	8,190	32,759	13,103
0.625	30,000	6,910	0.083	75,000	6,781	27,124	10,850
0.625	30,000	8,639	0.109	75,000	10,043	40,172	16,069
0.750	30,000	2,669	0.035	75,000	1,930	7,721	3,088
0.750	30,000	2,156	0.028	75,000	1,513	6,052	2,421
0.750	30,000	3,664	0.049	75,000	2,818	11,273	4,509
0.750	30,000	5,905	0.083	75,000	5,330	21,318	8,527
0.750	30,000	4,749	0.065	75,000	3,931	15,726	6,290
0.750	30,000	6,637	0.095	75,000	6,362	25,446	10,179
0.750	30,000	8,064	0.120	75,000	8,824	35,294	14,118
0.750	30,000	7,453	0.109	75,000	7,683	30,733	12,293
0.875	30,000	1,340	0.020	75,000	898	3,593	1,437
0.875	30,000	2,316L	0.035	75,000	1,630	6,522	2,609
0.875	30,000	1,859	0.028	75,000	1,282	5,128	2,051
0.875	30,000	4,126	0.065	75,000	3,272	13,087	5,235
0.875	30,000	3,172	0.049	75,000	2,365	9,459	3,784
0.875	30,000	5,807	0.095	75,000	5,201	20,803	8,321
0.875	30,000	5,152	0.083	75,000	4,390	17,560	7,024
0.875	30,000	7,100	0.120	75,000	7,087	28,346	11,339
1.000	30,000	6,336	0.120	75,000	5,921	23,684	9,474
0.875	30,000	6,543	0.109	75,000	6,221	24,886	9,954
1.000	30,000	2,027	0.035	75,000	1,411	5,645	2,258
1.000	30,000	1,633	0.028	75,000	1,112	4,449	1,780
1.000	30,000	3,647	0.065	75,000	2,802	11,207	4,483
1.000	30,000	2,796	0.049	75,000	2,037	8,149	3,259
1.000	30,000	5,159	0.095	75,000	4,398	17,593	7,037
1.000	30,000	4,567	0.083	75,000	3,732	14,928	5,971
1.000	30,000	5,827	0.109	75,000	5,227	20,908	8,363

Chemical Composition Of ASME SA 249 TP316 Tubing

316 Stainless Steel

Mn 2.0%

C 0.08%

Si 0.75%

S 0.03%

P 0.045%

Cr 18.0%

Ni 14.0%

Mo 3.00%

ASTM A249 GR 316 ERW Tube Weight Chart

OD inches	D/t Ratio	Ave. Wall inches	Internal Area (in2)	ID inches	Tube Cross Sectional Area (in2)
0.250	8.93	0.028	0.0296	0.194	0.0195
0.250	12.50	0.020	0.0346	0.210	0.0145
0.250	7.14	0.035	0.0254	0.180	0.0236
0.250	3.85	0.065	0.0113	0.120	0.0378
0.250	5.10	0.049	0.0181	0.152	0.0309
0.375	13.39	0.028	0.0799	0.319	0.0305
0.375	18.75	0.020	0.0881	0.335	0.0223
0.375	7.65	0.049	0.0603	0.277	0.0502
0.375	10.71	0.035	0.0731	0.305	0.0374
0.375	5.77	0.065	0.0471	0.245	0.0633
0.500	17.86	0.028	0.1548	0.444	0.0415
0.500	25.00	0.020	0.1662	0.460	0.0302
0.500	10.20	0.049	0.1213	0.402	0.0694
0.500	14.29	0.035	0.1452	0.430	0.0511
0.500	6.02	0.083	0.0876	0.334	0.1087
0.500	7.69	0.065	0.1075	0.370	0.0888
0.625	31.25	0.020	0.2688	0.585	0.0380
0.625	17.86	0.035	0.2419	0.555	0.0649
0.625	22.32	0.028	0.2543	0.569	0.0525
0.625	9.62	0.065	0.1924	0.495	0.1144
0.625	12.76	0.049	0.2181	0.527	0.0887
0.625	7.53	0.083	0.1655	0.459	0.1413
0.625	5.73	0.109	0.1301	0.407	0.1767
0.750	26.79	0.028	0.3783	0.694	0.0635
0.625	6.58	0.095	0.1486	0.435	0.1582
0.750	21.43	0.035	0.3632	0.680	0.0786
0.750	11.54	0.065	0.3019	0.620	0.1399
0.750	9.04	0.083	0.2679	0.584	0.1739
0.750	15.31	0.049	0.3339	0.652	0.1079
0.750	7.89	0.095	0.2463	0.560	0.1955
0.750	6.25	0.120	0.2043	0.510	0.2375
0.875	43.75	0.020	0.5476	0.835	0.0537
0.750	6.88	0.109	0.2223	0.532	0.2195
0.875	31.25	0.028	0.5268	0.819	0.0745
0.875	17.86	0.049	0.4742	0.777	0.1272
0.875	13.46	0.065	0.4359	0.745	0.1654
0.875	25.00	0.035	0.5090	0.805	0.0924
0.875	10.54	0.083	0.3948	0.709	0.2065
0.875	8.03	0.109	0.3390	0.657	0.2623
0.875	7.29	0.120	0.316L7	0.635	0.2846
0.875	9.21	0.095	0.3685	0.685	0.2328
1.000	35.71	0.028	0.6999	0.944	0.0855
1.000	20.41	0.049	0.6390	0.902	0.1464
1.000	28.57	0.035	0.6793	0.930	0.1061
1.000	15.38	0.065	0.5945	0.870	0.1909
1.000	10.53	0.095	0.5153	0.810	0.2701
1.000	12.05	0.083	0.5463	0.834	0.2391
1.000	9.17	0.109	0.4803	0.782	0.3051

Physical Properties Of ASTM A249 Type 316 Square Tube

Grade	Electrical Resistivity (n.m)	Density	Mean Coefficient			Thermal Conductivity		Modulus	Specific Heat from 0 to 1000C
Grade	Electrical Resistivity (n.m)	Density	0-1000C	0-3150C	0-5380C	at 1000C	at 5000C	Modulus	Specific Heat from 0 to 1000C
ASTM A249 Type 316	720	7750	15.9	16.2	17.0	14.2	18.7	200	500

ASTM A249 TP316 Welded Tube Dimeter Tolerance

NPS	OD Tolerance
	+		–
	mm	inch	mm	inch
> 1 1 /2~4	0.8	1/32(0.031)	0.8	1/32(0.031)
1/8~1 1 /2	0.4	1/64(0.015)	0.8	1/32(0.031)
> 8~18	2.4	3/32(0.093)	0.8	1/32(0.031)
> 4~8	1.6	1/16(0.062)	0.8	1/32(0.031)
> 26~34	4.0	5/32(0.156)	0.8	1/32(0.031)
> 18~26	3.2	1/8(0.125)	0.8	1/32(0.031)
> 34~48	4.8	3/16(0.187)	0.8	1/32(0.031)

Mechanical Properties Of ASTM A249 Grade 316 Rectangular Tube

Elongation	Density	Tensile Strength	Melting Point	Yield Strength (0.2%Offset)
35 %	8.0 g/cm3	Psi - 75000 , MPa - 515	1400 °C (2550 °F)	Psi - 30000 , MPa - 205

ASME SA249 TP 316 Round Tube Equivalent

STANDARD	EN	UNS	WERKSTOFF NR.	JIS	GOST	BS	AFNOR
ASME SA249 TP 316	X5CrNiMo17-12-2 / X3CrNiMo17-13-3	S31600	1.4401 / 1.4436	SUS 316	-	316S31 / 316S33	Z7CND17-11-02

ASTM A249 TP316 Tube Countrywise Shipping Time

Price Changes Extra 5 %
Export to	Dayswise Shipping Time
South Korea	7
Taiwan	15
Maldives	7
Bolivia	45
Japan	7
Bangladesh	14
Argentina	45
Colombia	45
Chile	45
Sri Lanka	5
Venezuela	45
Brazil	45-60
Mayanmar	25
Cambodia	9
Ecuador	60