ASTM A139 And EN10219 Standards Polypropylene Lined Pipe

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Polypropylene lined pipe has become an integral part of various industries, especially in the construction, oil and gas sectors. These pipes are known for their exceptional durability, corrosion resistance, and ability to withstand high temperatures and pressures. In this blog, we will delve into the importance of polypropylene lined pipe in X42 SSAW pipe applications according to ASTM A139 and EN10219 standards.

Nominal Outer Diameter		Nominal Wall Thickness (mm)
mm	In	6.0	7.0	8.0	9.0	10.0	11.0	12.0	13.0	14.0	15.0	16.0	18.0	20.0	22.0
mm	In	Weight Per Unit Length （kg/m）
219.1	8-5/8	31.53	36.61	41.65
273.1	10-3/4	39.52	45.94	52.30
323.9	12-3/4	47.04	54.71	62.32	69.89	77.41
（325）		47.20	54.90	62.54	70.14	77.68
355.6	14	51.73	60.18	68.58	76.93	85.23
（377.0）		54.89	63.87	72.80	81.67	90.50
406.4	16	59.25	68.95	78.60	88.20	97.76	107.26	116.72
（426.0）		62.14	72.33	82.46	92.55	102.59	112.58	122.51
457	18	66.73	77.68	88.58	99.44	110.24	120.99	131.69
（478.0）		69.84	81.30	92.72	104.09	115.41	126.69	137.90
508.0	20	74.28	86.49	98.65	110.75	122.81	134.82	146.79	158.69	170.56
（529.0）		77.38	90.11	102.78	115.40	127.99	140.52	152.99	165.43	177.80
559.0	22	81.82	95.29	108.70	122.07	135.38	148.65	161.88	175.04	188.17
610.0	24	89.37	104.10	118.77	133.39	147.97	162.48	176.97	191.40	205.78
（630.0）		92.33	107.54	122.71	137.83	152.90	167.92	182.89	197.81	212.68
660.0	26	96.77	112.73	128.63	144.48	160.30	176.05	191.77	207.43	223.04
711.0	28	104.32	121.53	138.70	155.81	172.88	189.89	206.86	223.78	240.65	257.47	274.24
（720.0）		105.65	123.09	140.47	157.81	175.10	192.34	209.52	226.66	243.75	260.80	277.79
762.0	30	111.86	130.34	148.76	167.13	185.45	203.73	211.95	240.13	258.26	276.33	294.36
813.0	32	119.41	139.14	158.82	178.45	198.03	217.56	237.05	256.48	275.86	295.20	314.48
（820.0）		120.45	140.35	160.20	180.00	199.76	219.46	239.12	258.72	278.28	297.79	317.25
864.0	34		147.94	168.88	189.77	210.61	231.40	252.14	272.83	293.47	314.06	334.61
914.0	36			178.75	200.87	222.94	244.96	266.94	288.86	310.73	332.56	354.34
（920.0）				179.93	202.20	224.42	246.59	286.70	290.78	312.79	334.78	356.68
965.0	38			188.81	212.19	235.52	258.80	282.03	305.21	328.34	351.43	374.46
1016.0	40			198.87	223.51	248.09	272.63	297.12	321.56	345.95	370.29	394.58	443.02
（1020.0）				199.66	224.39	249.08	273.72	298.31	322.84	347.33	371.77	396.16	444.77
1067.0	42			208.93	234.83	260.67	286.47	312.21	337.91	363.56	389.16	414.71	465.66
118.0	44			218.99	246.15	273.25	300.30	327.31	354.26	381.17	408.02	343.83	488.30
1168.0	46			228.86	257.24	285.58	313.87	342.10	370.29	398.43	426.52	454.56	510.49
1219.0	48			238.92	268.56	298.16	327.70	357.20	386.64	416.04	445.39	474.68	553.13
（1220.0）				239.12	268.78	198.40	327.97	357.49	386.96	146.38	445.76	475.08	533.58
1321.0	52				291.20	323.31	327.97	387.38	449.34	451.26	483.12	514.93	578.41
（1420.0）						347.72	355.37	416.66	451.08	485.41	519.74	553.96	622.32	690.52
1422.0	56					348.22	382.23	417.27	451.72	486.13	520.48	554.97	623.25	691.51	759.58
1524.0	60					373.38	410.44	447.46	484.43	521.34	558.21	595.03	688.52	741.82	814.91
（1620.0）						397.03	436.48	457.84	515.20	554.46	593.73	623.87	711.11	789.12	867.00
1626.0	64					398.53	438.11	477.64	517.13	556.56	595.95	635.28	713.80	792.13	870.26
1727.0	68					423.44	465.51	507.53	549.51	591.43	633.31	675.13	758.64	841.94	925.05
（1820.0）						446.37	492.74	535.06	579.32	623.50	667.71	711.79	799.92	887.81	975.51
1829.0	72						493.18			626.65	671.04	714.20	803.92	890.77	980.39
1930.0	76									661.52	708.40	755.23	848.75	942.07	1035.19
（2020.0）										692.60	741.69	790.75	888.70	986.41	1084.02
2032.0	80									696.74	746.13	795.48	894.03	992.38	1090.53
（2220.0）										761.65	815.68	869.66	977.50	1085.80	1192.53
（2420.0）												948.58	1066.26	1183.75	1301.04
（2540.0）	100											995.93	1119.53	1242.94	1366.15
（2845.0）	112											1116.28	1254.93	1393.37	1531.63

X42 spiral submerged arc welded pipe, also known as submerged arc welded pipe, is widely used in the transportation of oil, natural gas and water. The pipes are manufactured to meet the requirements of the American Petroleum Institute (API) 5L standard, which specifies steel grade, wall thickness and technical requirements for seamless and welded steel pipes. For X42 SSAW pipe, using polypropylene lined pipe offers several advantages.

First, polypropylene lined pipe offers excellent corrosion resistance, which is critical in applications where pipes are exposed to corrosive substances such as oil, natural gas and various chemicals. Polypropylene liners act as a protective barrier, ensuring pipe longevity and integrity even in harsh environments.

In addition, polypropylene lined pipes are also known for their smooth surface finish, which minimizes friction and allows efficient flow of fluids. This is critical in X42 SSAW pipeline applications that transport oil, gas and water over long distances. The smooth surface not only reduces the energy required to transport fluids, but also prevents the accumulation of debris and sediment within the pipe.

In addition to this, polypropylene lined pipe is lightweight and easy to install, making it a cost-effective solution for X42 SSAW pipe installation. The lightweight nature of these pipes simplifies handling and transportation, reducing installation time and labor costs. Additionally, the ease of installation ensures that project timelines are met without any delays.

ASTM A139 and EN10219 are two standards commonly referenced in the manufacturing and quality control of steel pipes, including X42 SSAW pipes. These standards outline the mechanical properties, chemical composition and testing requirements for steel pipe to ensure compliance with industry regulations and specifications. For polypropylene lined pipe, these standards must be followed to ensure performance and reliability in X42 SSAW pipe applications.

In summary, polypropylene lined pipe plays a vital role in X42 SSAW pipe applications, especially according to ASTM A139 and EN10219 standards. Their corrosion resistance, smooth surface finish, lightweight nature, and compliance with industry standards make them ideal for various industries. As technology continues to advance, polypropylene lined pipes are expected to further develop to meet the changing needs of the construction and oil and gas industries.

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